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Prevention of foreign matter adhesion on cutting edges and precision molds! "Ultra" thin film release coating "NonStick STC" (trademark application pending)

■Paintable Materials Various metal materials, glass, ceramics, plastics Depending on the type of material, adjustments to processing conditions may be necessary. For details regarding processability, please contact us.

Ultra-thin film specification that does not compromise blade edge precision! Provides overwhelming non-stick, release, and slip properties through the fixation of fluoropolymer. Proven durability of 200,000 continuous uses!

●Product Name Thin Film Non-Stick Coating "NonStick STC" ●Basic Specifications - Film Thickness Film thickness of several hundred nm (ultra-thin film) - Appearance Transparent film (due to the ultra-thin nature, interference colors may be observed) - Adhesion Strong adhesion through chemical bonding - Surface Properties Non-stick (release properties), slippery, water-repellent and oil-repellent ●Technical Strengths - Precision Maintenance Compatible with precision products and molds that require edge and micron-level geometric precision. - Adhesion Durability Strongly bonded to metal substrates through chemical bonding. The coating structure is resistant to peeling and can withstand harsh continuous use. - Multifunctionality By fixing fluoropolymer, it physically suppresses the adhesion and sticking of sticky substances and liquids. *We offer contract processing and trial application (prototype evaluation) for various metal substrates. Depending on the material, applications on resins and glass are also possible. Please feel free to consult with us.

To prevent a decrease in productivity due to the adhesion of PP resin during the thermal welding process of plastic pallets.

Our Thermo Pro Release can customize the optimal coating specifications based on your usage environment and the resin materials you use. Additionally, compared to general fluoropolymer coatings, the adhesion between the heating plate and the coating is about three times stronger, making it difficult for the film to peel off and allowing for longer durability. ~Benefits of Introducing Thermo Pro Release~ - Reduced frequency of heating plate replacements, leading to lower re-coating costs for heating plates - Fewer production line stoppages due to heating plate replacements, resulting in improved production efficiency If you have any issues with the thermal welding process, please feel free to consult us.

Non-stick coating that suppresses adhesive attachment to blades while maintaining sharpness and productivity.

NonStick STC is a thin-film non-stick coating specifically designed for cutting tools used in adhesive sheets and tape processing. With a thin-film design of less than 1μm, it provides high non-stick properties while maintaining the shape of the blade edge. Its low release characteristics surpass those of conventional fluoropolymer coatings, reducing adhesive adhesion. Additionally, it excels in wear resistance, maintaining performance over long periods. It can also be easily applied to existing cutting tools, allowing for improvements with minimal process changes. This surface treatment technology is suitable for high-precision processing and continuous operation.

Maintaining high-precision processing without compromising the edge shape in thin film design below 1μm.

NonStick STC is a thin film non-stick coating specifically designed for cutting tools used in adhesive sheets and tape processing. Its design, with a thickness of less than 1μm, provides high non-stick properties while maintaining the shape of the cutting edge. With adhesion resistance that surpasses conventional fluoropolymer coatings, it suppresses the adhesion of adhesives. Additionally, it excels in wear resistance, maintaining performance over long periods. It is also easy to apply to existing cutting tools, allowing for improvements with minimal changes to the process. This surface treatment technology is suitable for high-precision processing and continuous operation.

Reduced cleaning frequency and line stoppages with over 200,000 disconnection records.

NonStick STC is a thin film non-stick coating specifically designed for blades used in adhesive sheet and tape processing. Its design, with a thickness of less than 1μm, provides high non-stick properties while maintaining the shape of the cutting edge. With superior anti-adhesion compared to conventional fluoropolymer coatings, it suppresses the adhesion of adhesives. Additionally, it excels in wear resistance, maintaining performance over long periods. It is also easy to apply to existing blades, allowing for improvements with minimal changes to the process. This surface treatment technology is suitable for high-precision processing and continuous operation.

Approaching the mechanism of adhesive attachment through surface energy control.

NonStick STC is a thin film non-stick coating specifically designed for cutting tools used in adhesive sheets and tape processing. Its design, with a thickness of less than 1μm, provides high non-stick properties while maintaining the shape of the cutting edge. With low release characteristics that surpass typical fluoropolymer coatings, it suppresses adhesive adhesion. Additionally, it excels in wear resistance, maintaining performance over long periods. It can also be easily applied to existing cutting tools, allowing for improvements with minimal process changes. This surface treatment technology is suitable for high-precision processing and continuous operation.

Non-stick treatment to reduce maintenance man-hours and tool replacement frequency.

NonStick STC is a thin film non-stick coating specifically designed for cutting tools used in adhesive sheets and tape processing. Its design, with a thickness of less than 1μm, provides high non-stick properties while maintaining the shape of the cutting edge. With low release characteristics that surpass those of conventional fluoropolymer coatings, it suppresses adhesive adhesion. Additionally, it excels in wear resistance, maintaining performance over long periods. It is also easy to apply to existing cutting tools, allowing for improvements with minimal process changes. This surface treatment technology is suitable for high-precision processing and continuous operation.

Prevent appearance defects with a tendency towards separation. Achieve stable riveting quality.

Thermo Pro Release is a highly durable fluoropolymer coating developed for components used in high-temperature environments such as thermal welding and thermal riveting. It is characterized by its ability to maintain non-stick properties even at high temperatures and its excellent film adhesion, making it difficult to peel off. It demonstrates stable performance even in environments where repeated heating and contact occur, contributing to the longevity of equipment and reducing maintenance burdens.

Significantly reduced exchange frequency. Coating that is less likely to peel even at high temperatures.

Thermo Pro Release is a highly durable fluoropolymer coating developed for components used in high-temperature environments such as thermal welding and thermal riveting. It is characterized by its ability to maintain non-stick properties even at high temperatures and its excellent film adhesion, making it difficult to peel off. It demonstrates stable performance even in environments where repeated heating and contact occur, contributing to the longevity of equipment and reducing maintenance burdens.

From 2000 to 20000 shots. Achievements in achieving stable operation.

Thermo Pro Release is a highly durable fluoropolymer coating developed for components used in high-temperature environments, such as thermal welding and thermal riveting. It is characterized by its ability to maintain non-stick properties even at high temperatures and its excellent coating adhesion, making it difficult to peel off. It demonstrates stable performance even in environments where repeated heating and contact occur, contributing to the longevity of equipment and reducing maintenance burdens.

A new PFAS-free alternative to fluoropolymer resins.

Biceram is a ceramic-based non-stick coating made from inorganic materials. It is PFAS-free while offering high release properties, heat resistance, and wear resistance, making it suitable for food processing applications. The coating performance remains stable even in high-temperature environments, maintaining its non-stick properties for an extended period.

Improved yield with dough adhesion and burn prevention.

Biceram is a ceramic-based non-stick coating made from inorganic materials. It is PFAS-free while offering high release properties, heat resistance, and wear resistance, making it suitable for food processing applications. The coating performance remains stable even in high-temperature environments, maintaining its non-stick properties for an extended period.

Stable even at 250℃. High hardness and long lifespan.

Biceram is a ceramic-based non-stick coating made from inorganic materials. It is PFAS-free while offering high release properties, heat resistance, and wear resistance, making it suitable for food processing applications. The coating performance remains stable even in high-temperature environments, maintaining its non-stick properties over an extended period.

Reduce replacement and maintenance burden through increased longevity.

Biceram is a ceramic-based non-stick coating made from inorganic materials. It is PFAS-free while offering high release properties, heat resistance, and wear resistance, making it suitable for food processing applications. The coating performance remains stable even in high-temperature environments, maintaining non-stick properties over an extended period.

Doubling the usage period and reducing replacement costs by 50%.

Biceram is a ceramic-based non-stick coating made from inorganic materials. It is PFAS-free while offering high release properties, heat resistance, and wear resistance, making it suitable for food processing applications. The coating performance remains stable even in high-temperature environments, maintaining its non-stick properties over an extended period.

Attention is focused on fluorine resin alternatives. Characteristics and applicability of PFAS-free material PEEK resin.

PEEK resin is a non-fluorinated super engineering plastic that is gaining attention as a material less affected by PFAS regulations. It has high heat resistance in the range of 250 to 260°C and demonstrates excellent resistance to many chemicals and organic solvents. Additionally, it excels in mechanical strength and wear resistance, maintaining stable performance even in high-load and high-temperature environments. On the other hand, the "extremely high non-stick properties" and "ultra-low friction" that fluorinated resins are known for can be challenging to achieve with PEEK alone. Therefore, when promoting PFAS-free alternatives, it is important to clarify "what needs to be replaced" and "what performance is required" in order to select the appropriate materials.

High durability and high heat resistance PEEK coating "PEEKCOAT" will be exhibited at the Mechanical Elements Technology Exhibition (Tokyo)!

【Coating Type】 ■ PFAS-Free Coating ・ PEEK Coating 【Main Characteristics】 ■ Wear Resistance ■ High Mechanical Strength ■ Heat Resistance ■ Chemical Resistance ■ High Durability and Long Lifespan 【Continuous Use Temperature】 ■ Approximately 260℃ 【Applicable Use Cases】 ■ Sliding Parts ■ High Load Areas ■ Wear Environment Parts ■ High-Temperature Process Parts ■ Chemical Contact Parts 【Features】 ■ No use of PFAS (perfluoroalkyl and polyfluoroalkyl substances) ■ Capable of thick film application ■ Stable performance even in high-load environments Our company has over 20 years of processing experience since commercializing PEEK coating for the first time in the world. In recent years, we have also succeeded in achieving a thickness of 3,000μm, becoming one of the top in the industry.

"PFAS-free" achieved both "scratch resistance" and "excellent initial release properties" through the sol-gel method. Existing fluoropolymer environments are prone to scratches.

【Main Components】 Silica (SiO2) + Silicone Release Agent (Organic-Inorganic Hybrid) 【Coating Hardness】 Pencil Scratch Hardness 9H (Significantly surpasses fluoropolymer in scratch resistance) 【Heat Resistance Temperature】 Approximately 200℃ to 250℃ (A guideline for stable release performance) 【Environmental Compliance】 ■ Completely free of organic fluorinated compounds (PFAS) - "PFAS Free" ■ Complies with Japan's Food Sanitation Act standards 【Processing Characteristics】 Ceramic formation at low temperatures using the sol-gel method (liquid phase process). It forms a strong coating while minimizing thermal impact on the substrate. Due to liquid application, uniform coating on complex shapes and inner surfaces is possible. *Compared to fluoropolymers, it has lower flexibility (toughness), so cracks may occur in applications involving strong impacts or substrate deformation. We will propose optimal specifications tailored to the characteristics.

An alternative to fluoropolymer! "Biceram" using the sol-gel method. A surface treatment that balances regulatory compliance with a scratch resistance of "pencil hardness 9H."

【Method】 Sol-gel method (heating treatment via liquid phase process) 【Components】 Organic-inorganic hybrid (silica matrix + silicone release agent) 【Environmental and Safety Standards】 ■ No use of per- and polyfluoroalkyl substances (PFAS) (PFAS-free) ■ Compliance with the Food Sanitation Act (Ministry of Health, Labour and Welfare Notification No. 370) 【Coating Properties】 ■ Coating hardness: Pencil hardness 9H (hardness resistant to contact with metal scrapers, etc.) ■ Heat resistance temperature: Approximately 200℃ to 250℃ 【Process Advantages】 Since it is baked at a lower temperature than the usual ceramic sintering temperature, thermal impact on the substrate is minimized. The "liquid application" process allows for uniform coating thickness on complex three-dimensional shapes, fine irregularities, and inner surfaces. *Due to the behavior of gradually consuming the release components during use (self-sacrificial film behavior), prior application evaluation is recommended.

[Improved Yield] Achieves both wear resistance and excellent static electricity prevention with PEEK coating. Reduces static electricity on the transport hand and decreases particle adhesion.

【Product Name】 PEEKCOAT N04blk (Antistatic Grade) 【Base Resin】 PEEK Resin (Polyether Ether Ketone) 【Functional Features】 ■ Excellent Antistatic Function Provides precise conductivity without compromising the inherent wear resistance and chemical resistance of PEEK. Effectively suppresses the adhesion of dust and particles caused by frictional static electricity. ■ High Smoothness and Low Friction Achieves a smooth surface characteristic that does not damage delicate substrates such as silicon wafers and glass substrates. 【Proposal for Hybrid Structure】 Proposes a specification change from conventional resin-only molded products to "high-rigidity metal (such as SUS) substrate + PEEKCOAT N04blk." By using metal as the core material, it completely prevents deformation due to repeated transport loads and impacts, as well as cracking and damage to the tips.

For those troubled by frequent repainting. Address wear issues in sliding parts with "PEEKCOAT G," which combines the smoothness of fluorine and the longevity of PEEK.

【Series Name】 High-Performance PEEK Coating "PEEKCOAT" 【Applicable Grade】 G Grade (Special Sliding, Low Friction Type) 【Coating Composition】 PEEK Resin (Wear-Resistant, High Hardness Framework) × Fluororesin (Solid Lubricant) 【Features & Specifications】 ■ Overwhelming Longevity The robust PEEK resin significantly suppresses wear. Compared to a single fluororesin coating, it can greatly reduce the frequency of replacement and repainting. ■ Maintenance of Low Friction Properties Fluororesin is uniformly dispersed throughout the coating, so even as the surface wears, new fluorine components are exposed, ensuring smooth sliding properties are maintained. ■ Maintenance of Dimensional Accuracy With high load-bearing capacity, it prevents wear of jigs and parts due to continuous sliding, keeping the dimensional accuracy of the equipment for an extended period. *As a specialized manufacturer of contract processing, we perform construction with optimal pretreatment and baking specifications tailored to the shape and material of the base material.

【Extending the exchange cycle】 From resin molded products to "metal + antistatic PEEK coating." Increased rigidity and wear resistance of the handle, reducing maintenance labor by half.

【Construction Method】 High-performance PEEK coating applied to metal substrates (such as SUS) 【Adopted Grade】 PEEKCOAT N04blk (with anti-static function) 【Maintenance Benefits】 ■ Dramatic improvement in wear resistance lifespan Due to the metal base, there is no damage or wear deformation at the tips like with pure resin products, significantly extending the replacement cycle. ■ Reduction of labor in clean rooms Eliminates the hassle of frequent parts replacement, reducing labor costs and time associated with entry procedures and pre-cleaning (washing and degassing) of parts. ■ Maintenance of cleanliness due to anti-static properties Possessing conductivity that dissipates static electricity, particles are less likely to accumulate on the hand itself, reducing the frequency of cleaning maintenance. *Contract processing is available for your existing metal hands.

Suppresses thermal impact on the substrate with low-temperature baking. Coating on complex three-dimensional shapes and uneven surfaces. Achieves both pencil hardness of 9H and release properties.

【Coating Method】 Sol-gel method (liquid phase process through hydrolysis and polycondensation reactions of the solution) 【Main Component】 Ceramic matrix primarily composed of silica (SiO2) + silicone release agent 【Hardness】 Pencil scratch hardness 9H (resistant to scratches and maintains initial performance for a long time) 【Heat Resistance Temperature】 Approximately 200℃ to 250℃ 【Shape Compatibility (Process Features)】 ■ Ceramic formation at low temperatures Suppresses thermal distortion of the substrate ■ Compatibility with complex shapes Due to liquid application via spraying, coating is possible on "inner surfaces," "uneven surfaces," and "three-dimensional structures" that are unreachable by dry processes like thermal spraying. 【Safety】 ■ PFAS-free (no use of organic fluorine compounds) ■ Complies with Japan's Food Sanitation Act *Due to the behavior of the release components migrating to the surface within the silica framework, the release performance gradually decreases with use. We propose optimal usage strategies for extended lifespan.

[Recoat Support] When worn, the coating can be stripped and repainted. Expensive transport handles can be reused instead of discarded, significantly reducing running costs.

【Surface Treatment】 High-performance PEEK coating with antistatic function (PEEKCOAT N04blk) 【Cost and Environmental Features】 ■ Recoating Support Only the degraded coating film can be stripped, allowing for reapplication while minimizing damage to the metal substrate. ■ Extended Lifespan of Parts The core material is metal (such as SUS), which prevents the tips from cracking even under repeated impacts, ensuring high durability. 【Functional Specifications】 ■ Excellent Conductivity (Antistatic) Quickly removes static electricity from friction, preventing particle adhesion. ■ Excellent Chemical and Heat Resistance Maintains the inherent toughness of PEEK resin. By transforming from a conventional "disposable item that is thrown away when worn out" to a "valuable asset that can be recoated and continued to use," it supports the optimization of procurement costs.

【Exchange frequency 1/4 or less】 Fluorine-containing PEEK coating. Extending the lifespan of transport components reduces maintenance labor and spare parts costs.

【Product Name】 PEEKCOAT G09 (Special Sliding Low Friction Grade) 【Method】 Contract coating application (Heat treatment on the surface of substrates such as metals) 【Functional Features】 ■ Total maintenance cost reduction: Overcomes the weakness of traditional fluoropolymer coatings, which is "early wear due to softness," with excellent high wear resistance. ■ Realization of long life: Significantly extends wear life, reducing the frequency of purchasing and managing spare parts. ■ Contribution to labor-saving: Reduces unexpected and regular replacement work, thereby minimizing the workload of maintenance personnel. * We will propose the optimal specifications tailored to the shape and size of the substrate and the usage environment (temperature, counterpart material, load). As a specialized manufacturer of contract processing, we will support you from prototype to production.

【Static Prevention × Low Friction】Eliminates film adhesion and winding issues. Achieves stable operation of automatic packaging machines with excellent static elimination effects and abrasion resistance.

【Brand Name】 PEEK Coating "PEEKCOAT" 【Applicable Grade】 PEEKCOAT G10 (Antistatic, Low Friction, Wear-Resistant Grade) 【Coating Composition】 High-strength PEEK Resin × Fluororesin (for lubricity) × Conductive Material (for antistatic) <Main Features> ■ High Wear Resistance The base PEEK resin provides durability that withstands film friction. ■ Excellent Lubricity The incorporation of fluororesin reduces friction, enabling smooth film transport. ■ Antistatic Function The blend of conductive materials effectively eliminates static electricity during high-speed sliding.

【Durability 3 to 4 times】 Reduces frequent parts replacement due to wear from fluoropolymer coating. With overwhelming wear resistance and slip properties, it lowers maintenance costs.

【Series Name】 High-Performance PEEK Coating "PEEKCOAT" 【Applicable Grade】 PEEKCOAT G10 (Wear-Resistant, Low Friction, Anti-Static Grade) 【Coating Composition】 Base Matrix: PEEK Resin (High-Strength Framework) ✕ Solid Lubricant (Fluororesin) <Main Features> ■ Outstanding Wear Resistance High-hardness PEEK resin protects the substrate from wear due to high-speed sliding of the film. ■ Low Friction & High Lubrication Hybridization of fluororesin maintains excellent sliding properties for an extended period. ■ Total Cost Reduction Significantly reduces maintenance labor and spare parts costs by extending the lifespan of components.

Excellent non-stick properties and heat resistance. Reduces release oil, improves work efficiency, and dramatically simplifies the cleaning and maintenance of madeleine molds!

【Coating Type】 Fluororesin Coating (PTFE: Polytetrafluoroethylene) 【Main Functional Characteristics】 ■ Top-notch non-stick properties (prevents sticking even with high-viscosity and high-sugar dough due to excellent release properties) ■ Excellent heat resistance (continuous use temperature of 260°C, fully compatible with baking processes for pastries) ■ Uniform application technology (precise coating control that follows the unevenness of complex three-dimensional shapes such as shell grooves and edges of madeleine molds) ■ Food safety (can be safely introduced for applications that come into direct contact with food) 【Compatible Base Materials】 Compatible with various metal molds such as steel, stainless steel, aluminum, and copper alloys 【Supported Processes】 Flexibly accommodates everything from prototype sample application to bulk processing for mass production *If you provide the desired mold size, shape, and current issues (such as wanting to reduce release oil or susceptibility to rust), we will propose the optimal film thickness and process. We also welcome inquiries regarding maintenance for peeling and re-coating if existing coatings have deteriorated.

【Prevention of deformation and improvement of yield】Excellent non-stick properties and heat resistance. Reduces release agent usage, increases work efficiency, and dramatically simplifies the cleaning and maintenance of deep molds!

【Processing Technology】 Contract Fluororesin Coating (PTFE) 【Coating Properties】 ■ Excellent Non-Stick Properties (Release Properties) Extremely low friction coefficient prevents adhesion of highly sticky materials. ■ High Heat Resistance Boasts a continuous use temperature of 260°C, suitable for high-temperature baking processes in Western confectionery. ■ Uniform Thin Film Application Uniformly coats even the intricate details of deep shapes with significant irregularities, central protrusions, and fine wave patterns. 【Safety】 ■ Complies with Food Sanitation Law Can be safely introduced for applications that come into direct contact with food. 【Base Materials (Target Materials)】 ■ Compatible with metal molds and jigs made of aluminum, steel (iron), stainless steel, etc. *We are flexible in accommodating not only new applications on molds but also "peeling and re-coating" when existing coatings have deteriorated or worn out.

Durability lifespan: 2 weeks → 3 months. Super strong adhesion even for small diameter inner diameters! Reduces frequent disassembly cleaning and parts replacement due to fluorine wear, significantly lowering running costs!

**Coating Brand Name** High Durability Fluororesin Coating "Thermo Pro Release" **Main Features** Non-stick (release properties), excellent sliding properties, ultra-strong adhesion, overwhelming wear resistance **Applicable Shapes for Processing** Small diameter and fine hole inner diameter surfaces (can accommodate diameters of 10mm or less), complex shapes of molds and jigs *Note: Depending on the length and shape of small diameter pipe structures, it may be difficult to accommodate.* **Characteristics of Film Properties** ■ Adhesion Performance More than three times that of general fluororesin coatings (strong adhesion even on low roughness metal substrates that are difficult to blast treat) ■ Wear Resistance By adopting a special binder resin with excellent wear resistance and adjusting the mixing ratio, we have achieved more than double the wear resistance lifespan compared to conventional products. ■ Maintenance of Resin Fluidity Uniform film formation allows for molding without disrupting the flow balance of multi-layer (such as two-layer structures) resins.

**Dramatically reduce defect rates** by imparting release properties and lubricity to the fine holes of the die. Shut out resin retention and adhesion, improving product yield!

**Coating Brand Name** High Durability Fluororesin Coating "Thermo Pro Release" **Main Features** Top-tier non-stick properties (release properties), excellent sliding properties, ultra-strong adhesion, overwhelming wear resistance **Applicable Shapes for Processing** Small diameter and fine hole inner diameter surfaces (can accommodate diameters of 10mm or less), complex shapes of molds and jigs *Note: Depending on the length and shape of small diameter pipe structures, it may be difficult to accommodate.* **Characteristics of Film Properties** ■ Adhesion Performance More than three times that of typical fluororesin coatings (strong adhesion even on low roughness metal substrates that are difficult to blast treat) ■ Wear Resistance By employing a special binder resin with excellent wear resistance and adjusting the mixing ratio, we have achieved more than double the wear resistance lifespan of conventional coatings ■ Maintenance of Resin Fluidity Uniform film formation allows for molding without disrupting the flow balance of multi-layer (such as two-layer structures) resins

【Liquid Transport & Contamination Reduction】Provides excellent corrosion resistance and super hydrophobicity. With a uniform coating free of pinholes, it solves corrosion of mesh baskets and liquid management costs!

【Processing Technology】 Contract Fluororesin Coating (PFA) 【Coating Characteristics】 ■ Outstanding Corrosion and Chemical Resistance Compatible with all harsh chemicals including strong acids, strong alkalis, and organic solvents. ■ Excellent Water and Oil Repellency Extremely high water contact angle and low surface energy provide exceptional liquid runoff. ■ Precision Molding Without Pinholes Uniformly follows even the intersections of mesh baskets, fine gaps, and welded areas without any spaces. 【Base Materials (Target Materials)】 ■ Metal mesh baskets, fixtures, and tank inner surfaces made of stainless steel (SUS304, SUS316, etc.), titanium, steel, and other metals. 【Safety and Quality】 ■ Prevention of Metal Contamination: Thoroughly shuts out the leaching of metal ions from the base material. * We are flexible in providing maintenance through "stripping and recoating" for baskets that have experienced wear and deterioration of the coating after years of use, as well as for new mesh baskets. We will propose optimal film thickness design based on the shape of your fixtures and the usage environment (type of chemicals and temperature).

Prevention of deformation & dramatic cleaning changes: Excellent non-stick properties thoroughly prevent sticking of sauces and batters. Uniform coating compliant with food sanitation laws improves factory productivity!

【Processing Technology】 Fluoropolymer (PTFE, PFA) Coating 【Coating Properties】 - Excellent non-stick properties (release properties) - Outstanding heat resistance and corrosion resistance 【Safety Standards】 Compliant with the Food Sanitation Act (in accordance with Ministry of Health, Labour and Welfare Notification No. 370, etc.) 【Compatible Substrates】 Stainless steel (SUS), aluminum, steel, and various other metals 【Application Shapes】 Compatible with deep-drawn structures, ribs (reinforced shapes), and trays or molds with sharp corners 【Main Benefits】 Prevention of food adhesion and burning, improved product yield, reduction of cleaning maintenance labor, and increased equipment operating rate due to shortened cleaning time

【Stable Operation】Heavy cardboard slides smoothly! With excellent wear resistance and slip properties, it eliminates snagging and falling issues on dead plates.

【Series Name】 High-Performance PEEK Coating "PEEKCOAT" 【Applicable Grade】 PEEKCOAT G10 (Special Sliding, High Wear Resistance Type) 【Coating Composition】 Hybrid structure of PEEK resin (wear-resistant, high-hardness framework) × fluororesin (solid lubricant) 【Main Features】 ■ Exceptional Wear Resistance Overwhelming high hardness that is resistant to wear even under continuous sliding of heavy objects. ■ Excellent Slipperiness Low friction characteristics that prevent snagging. ■ Sustained Lubrication Performance Fluororesin is uniformly blended throughout the film (new lubrication surfaces are exposed even after wear). 【Compatible Base Materials】 Metals such as stainless steel and steel (shape and size to be discussed). 【Safety】 Can be safely applied to jigs and parts in food and beverage manufacturing lines.

【Durability 3 to 4 times】 PEEK coating that withstands intense friction from heavy objects. Reduces the hassle of frequent part replacements and recoating, significantly cutting maintenance costs!

【Series Name】 High-Performance PEEK Coating "PEEKCOAT" 【Applicable Grade】 PEEKCOAT G10 (Special Sliding & High Wear Resistance Type) 【Coating Composition】 Hybrid structure of PEEK resin (wear-resistant, high-hardness skeleton) × fluororesin (solid lubricant) 【Main Features】 ■ Exceptional Wear Resistance Overwhelming high hardness that is resistant to wear even under continuous sliding of heavy objects. ■ Excellent Slipperiness Low friction characteristics that prevent snagging. ■ Sustained Lubrication Performance Fluororesin is uniformly blended throughout the film (new lubrication surfaces are exposed even after wear). 【Compatible Base Materials】 Metals such as stainless steel and steel (shape and size to be discussed). 【Safety】 Can be safely applied to fixtures and parts in food and beverage manufacturing lines.

[Food Sanitation Law Compliance] Uniform baking of several tens of meters long belts in large continuous baking ovens! Excellent non-stick and heat resistance thoroughly prevents burning and deformation of baked goods.

【Coating Type】 Fluororesin Coating 【Applicable Substrates】 Metal belts and metal plates made of steel, stainless steel (SUS), etc. 【Applicable Sizes】 Long steel belts in the tens of meters class (please consult separately for detailed dimensions) 【Film Thickness Range】 Adjustable according to application, from uniform thin films to specifications emphasizing durability 【Main Features】 ■ Excellent non-stick properties (smooth release of highly adhesive materials due to superior release effect) ■ High heat resistance (maintains stable performance for long periods even in high-temperature environments such as baking ovens) ■ Excellent uniform coating (precise and uniform heat treatment for long workpieces using large continuous baking furnaces) ■ Compliance with food sanitation laws (food-grade materials that meet standards such as those set by the Ministry of Health, Labour and Welfare) *We will propose the optimal coating specifications according to the operating temperature of your production line, the characteristics of the workpieces, and your budget. Please feel free to contact us for detailed dimensions and delivery times.

【Thick film blocks gas permeation】 Achieves excellent corrosion resistance along with outstanding wear and impact resistance! Uniform construction down to the details of the blade extends the lifespan of exhaust and ventilation systems.

【Coating Type】 High-performance thermoplastic fluororesin coating ETFE 【Main Application Targets】 Metal parts for various exhaust and ventilation equipment such as exhaust fans, impellers, centrifugal fans, turbo fans, casings, exhaust ducts and piping, dampers, etc. 【Processing Film Thickness】 Hundreds of μm level (designed with a thick film specification for enhanced penetration prevention) 【Main Functional Characteristics】 ■ Excellent chemical resistance (high resistance to strong acids, strong alkalis, organic solvents, and various corrosive gases) ■ Superior wear resistance and mechanical strength (thoroughly suppresses wear and abrasion of the coating film caused by dust and crystalline particles in high-speed rotation) ■ High non-stick and release properties (prevents adhesion and accumulation of mist, crystalline substances, scale, etc. in exhaust) ■ Strong adhesion (ensures strong adhesion strength that withstands centrifugal force and wind pressure during high-speed rotation) * For processing sizes, suitability of target materials (such as iron, stainless steel, etc.), and required specification film thickness, we will provide individual proposals tailored to the operating conditions of your equipment. Please feel free to consult us with shape drawings and detailed specifications.

Durability increased by 5 to 20 times! Reduces resin stringing and adhesion, improving yield! Exceptional release properties and overwhelming wear resistance drastically reduce maintenance costs.

**Product Name** High-Durability Fluororesin Coating "Thermo Pro Release" **Main Features** ■ Excellent Release Properties at High Temperatures Prevents melting resin from stringing, sticking, and seizing. ■ Dramatic Improvement in Adhesion and Wear Resistance Robust specification that does not wear out quickly even in high-load thermal riveting processes. ■ Flexible Coating Customization Selects the optimal in-house formulated paint according to the type of resin used (ABS, PC, POM, etc.) and process conditions. **Unique Evaluation System** We possess a uniquely designed "Release Performance Evaluation Tester" that simulates thermal welding and thermal riveting processes. This allows for pre-validation that faithfully reproduces actual site conditions (temperature, applied load, contact time, deformation amount, etc.), enabling highly reliable surface treatment proposals. **Processing Support** We offer contract processing for thermal riveting jigs (riveting horns), various thermal welding molds, heat seal heating plates, and other various drive components subjected to high temperatures and high loads.

"Improve yield reduction" Shut out the adhesion of molten resin with excellent non-stick properties! Prevent appearance defects in lenses and achieve stable continuous production.

**Product Name** High-Durability Fluororesin Coating "Thermo Pro Release" **Technical Features Contributing to Quality Improvement** ■ Optimal Coating Design through In-House Formulation The paint formulation is customized according to the resin used (from general plastics to engineering plastics) and the operating temperature. ■ Strong Adhesion of Coating Film Achieves robust adhesion that withstands repeated thermal and physical loads at high temperatures. ■ Excellent Heat Resistance and Non-Stick Properties Suppresses the phenomenon of molten resin being pulled by the jig, maintaining a sharp riveting shape. **Pre-Verification that Reproduces Actual Processes** Our company is equipped with a "Unique Release Performance Evaluation Testing Machine" specifically for thermal welding and thermal riveting. This allows for pre-testing and evaluation of release properties and durability according to actual manufacturing conditions (setting temperature, pressing load, contact time, deformation amount, etc.), ensuring reliable quality improvement. **Applicable Fields** Can be applied to heating molds and jigs where resin adhesion is an issue, including thermal riveting jigs, heating plates, and jigs for insert molding.

Trace verification of the actual process: Optimize membrane design according to resin type and temperature conditions! Solve thermal welding issues through preliminary verification with evaluation testing machines and test processing.

**Series Name** High-Durability Fluororesin Coating "Thermo Pro Release" **Technical Specifications and Features** ■ Customized Formulation The coating specifications are optimally adjusted according to the resin used (PC, ABS, POM, PBT, PPS, etc.) and the riveting temperature conditions. ■ Physical Properties Exhibits superior adhesion strength, wear resistance, and heat resistance compared to typical fluorine coatings. ■ Applicable Shapes Uniform application from flat heating plates to fine riveting horn tips and complex three-dimensional shapes. **Unique Evaluation and Testing System** ■ Equipped with Release Performance Evaluation Testing Machine: Capable of reproducing parameters of the thermal riveting process such as "heating temperature," "applied load," "contact time," and "deformation amount," allowing for release tests to be conducted. This enables selection with reduced risk of failure. **Prototyping and Contract Processing Services** We provide one-stop support from condition hearings, preliminary verification with evaluation testing machines, prototyping (test processing), to mass production contract processing.

【Scratch and Contamination Measures】Excellent non-stick properties suppress adhesion caused by slurry drying! Contributes to improved yield with high corrosion resistance and high purity coatings.

【Functional Characteristics】 ■ Ultra non-stick and water-repellent Significantly reduces adhesion and drying fixation of sticky slurries. ■ Excellent chemical resistance and corrosion resistance Strongly protects the substrate even in environments with strong acids and strong alkaline solutions. ■ High purity and low dust generation Prevents the leaching of metal ions and suppresses wear particles. 【Target Substrates and Application Areas】 ■ Equipment head parts, surrounding covers, slurry supply and drainage flow path components, etc. ■ Various metal substrates such as aluminum and stainless steel (SUS). 【Coating and Support System】 ■ Treatment method: Fluoropolymer PFA baked coating. ■ Test construction: Capable of selecting PFA grades and prototype (test construction) in accordance with customer-specified chemical types and usage conditions.

"Easy cleaning with just water washing" - Excellent non-stick properties thoroughly prevent slurry adhesion. Significantly reduces cleaning time and maximizes equipment operating rate!

【Functional Characteristics】 ■ Outstanding release properties and cleanliness Effectively prevents the adhesion of slurry and chemical stains. ■ Excellent chemical resistance Prevents coating degradation from acidic and alkaline cleaning solutions. ■ Superior durability Maintains non-stick effect even after repeated cleaning and rinsing. 【Specification Overview】 ■ Treatment Name: High-Performance PFA Coating ■ Heat Resistance: Continuous use temperature approximately 260°C (suitable for harsh thermal and chemical cleaning). ■ Applicable Parts: Covers around CMP equipment, receiving trays, nozzle parts, and various jigs. 【Construction System】 ■ Uniform coating for complex three-dimensional shapes and internal flow paths. ■ Optimal coating thickness and specifications designed according to application and cleaning environment (used cleaning solutions).

[Improvement of Equipment Reliability] Achieving both prevention of slurry adhesion and measures against chemical corrosion. Adopted as standard parts by equipment manufacturers! We accept prototypes and test construction.

【Product Specifications】 ■ Material: PFA (Perfluoroalkyl Vinyl Ether Copolymer) ■ Key Features: Chemical resistance (corrosion resistance), non-stick properties, high purity, low dust generation 【Technical Features】 ■ Optimal Coating Design Optimization of PFA grade according to chemical type, operating temperature, and cleaning conditions ■ Complex Shape Compatibility Formation of a coating without pinholes on inner surfaces of flow paths, fine holes, and curved parts ■ Standard Parts Quality Meets strict cleanliness standards and adhesion strength criteria 【Supported Services】 ■ Proposal of coating specifications from the design stage ■ Prototype construction for actual machine verification (test coating) and evaluation support

【Significant reduction in man-hours and lead time】No need for hand application, screw fastening, or drilling! Substantial cost reduction for equipment parts with a direct coating of over 1mm and cutting finish.

【Technical Specifications and Features】 ■ Target for Construction Metal parts such as precision inspection device stages, transport hands, and jigs (SUS, aluminum, etc.) ■ Construction Size Equipped with large furnaces and firing equipment capable of handling large workpieces in the 1 to 2 meter class. ■ Coating Composition PEEK resin (polyether ether ketone) "PEEKCOAT N" ■ Film Thickness and Finish Thick film coating of 1mm or more + high-precision precision cutting (machining) finish ■ Distortion Suppression Technology Utilizes a unique "dedicated fixture for deformation prevention" to minimize warping and distortion of the substrate due to thermal stress and shrinkage during firing at approximately 400°C. 【Processing Support】 ■ Test construction (prototyping) available ■ Contract processing available from single items to large parts.

【Unique technology to suppress thermal distortion】 Applied to large (1-2m) metal substrates. A completely flat surface without seams or screw holes prevents scratches on the workpiece!

【Technical Specifications】 ■ Film Thickness Formation of thick films of 1mm or more ■ Surface Finish High-precision machining (milling, grinding, etc.) is possible ■ Substrate Compatibility Compatible with a wide range of metals, including aluminum and stainless steel (SUS) ■ Supported Sizes Accommodates large products in the 1 to 2m class ■ Heat Resistance and Mechanical Properties Maintains the excellent heat resistance, wear resistance, insulation, and mechanical strength inherent to PEEK 【Quality Assurance and Distortion Countermeasures】 ■ Thermal Distortion Suppression Controls thermal stress during the cooling process from firing (approximately 400°C) using dedicated fixing jigs

Numerous achievements in the semiconductor and FPD industries. We solve issues related to scratches, distortions, and cost challenges for stages, hands, and tanks. We are also accepting orders for prototype construction of large works ranging from 1 to 2 meters!

【Processing Specifications】 ■ Coating Type High-performance PEEK coating "PEEKCOAT" series (thick film specification) ■ Standard Film Thickness 1mm or more (thick film application considering machining allowance) ■ Compatible Substrates Aluminum, stainless steel (SUS), etc. ■ Compatible Sizes Large manufacturing equipment parts and stages in the 1 to 2m class 【Coating Characteristics】 ■ Excellent wear resistance, heat resistance, mechanical strength, and electrical insulation ■ Reduction of particle generation and suppression of aggressiveness towards counterpart materials (wafers, glass, etc.) 【Support System】 ■ Design consultation and specification proposals from the drawing stage ■ Rapid response for evaluation test applications (prototype processing)

"Dramatically reduce maintenance labor" with a "super-thin film" non-stick coating that does not compromise sharpness. Prevents adhesive bonding and halves the downtime for cleaning and blade replacement!

【Product Name】 Ultra-Thin Film Non-Stick Coating "NonStick STC" 【Main Technical Features】 ■ "Ultra-Thin Film" with a thickness of less than 1µm Unlike conventional fluororesins (tens of µm thick), it does not round the blade edge, allowing for application without compromising blade angle or sharpness. ■ Non-Stick Properties that Surpass Fluororesins It has an extremely low surface energy, repelling strong adhesives and glue components, preventing adhesion and accumulation. ■ Reduction of Cleaning Solvents By preventing adhesion, there is no need for vigorous cleaning with strong solvents, contributing to improved safety and reduced labor. 【Processing Support】 We offer contract processing for precision parts where dimensional changes need to be avoided, such as round blades, various cutter blades, precision molds, guide rolls, and transport jigs. We will propose the optimal coating based on your workpieces and operating conditions.

"Maintaining sharpness while achieving non-stick properties" Keep the sharpness of the blade edge with a film thickness of less than 1µm! Prevents adhesion of sticky substances to products and appearance defects, significantly improving yield.

**Coating Brand Name** NonStick STC **Technical and Performance Specifications** ■ Coating Thickness Less than 1µm (Ultra-thin film specification) ■ Functional Characteristics Top-tier non-stick properties (release properties), low surface energy, strong adhesion prevention features ■ Advantages in Application Can be directly applied to precision parts where dimensional changes need to be minimized, and to cutting tool shapes that require sharpness. **Comparison with Conventional Fluoropolymer Coatings (Teflon, etc.)** ■ Film Thickness Conventional products (tens of µm) ➔ NonStick STC (less than 1µm) ■ Sharpness of Cutting Edge Conventional products (rounded cutting edge) ➔ NonStick STC (maintains sharp shape completely) ■ Non-stick Performance Powerful release performance that surpasses typical fluoropolymers **Application Compatibility** Compatible with various metal substrates (industrial cutting tools, steel, stainless steel, etc.).

Solving the challenges of fluoropolymer: For precision parts that do not allow changes in film thickness or dimensional deviations. Preventing adhesion and sticking issues with powerful adhesives through overwhelming non-stick properties!

【Technical Specifications: NonStick STC】 ■Coating Specifications Ultra-thin film (less than 1µm) ■Main Functions Non-stick (strong release), anti-adhesion, water and oil repellency ■Compatible Substrates Steel, stainless steel (SUS), cemented carbide, various metal components 【Technical Selection Points】 ■Ultra-thin film structure that does not compromise precision Unlike typical release coatings, surface modification can be achieved while completely preserving geometric tolerances and the sharpness of cutting edges (edge angles). ■Overwhelmingly low surface energy Exhibits release properties that surpass fluoropolymer coatings, physically repelling adhesives and high-viscosity substances. 【Evaluation and Support System】 Conducting test applications (prototype evaluations) on actual work shapes (round blades, slitters, guide rolls, precision molds, etc.). We will propose optimal specification adjustments according to operating conditions.

No need for resin part attachment. Directly form a unified film of PEEK and fluororesin onto metal parts! Prevents foreign matter accumulation and peeling at seams, significantly reducing labor and costs.

【Processing Specifications and Coating Functions】 ■ Direct Film Formation Direct coating of high-performance resin onto metal substrates (such as SUS, aluminum, etc.) ■ Applicable Resin Materials PEEK resin, fluororesin (such as PTFE, PFA), and others ■ Coating Features - Scratch and chipping prevention (excellent cushioning and protective performance) - Chemical resistance and corrosion resistance (metal protection in strong acid and strong alkali environments) - Wear resistance and insulation (extended lifespan and electrical insulation) 【Support System and Services】 ■ Prototype Support from One Piece Support for wear and chemical resistance testing using evaluation samples ■ Large Component Support Thick film application and precision processing for large stage components in the 1-2m class ■ Technical Proposals Listening to drawings, usage environments, and challenges to select the optimal specifications

Eliminate manual attachment and adjustment labor to zero: Thick-film PEEK coating + machining. Achieve scratch prevention for the substrate and cost reduction with a seamless flat surface.

【Processing Specifications】 ■ Method Direct thick-film PEEK coating on metal substrates + machining finish ■ Compatible Substrates Metal parts such as aluminum and stainless steel (SUS) ■ Compatible Sizes Supports large inspection device stage parts in the 1 to 2 meter class 【Technical Features】 ■ Complete Integrated Film Formation No seams from screws or adhesives, thoroughly preventing foreign material accumulation ■ High Precision Flatness Maintains a higher precision surface than bonded molded products through precision cutting after thick-film application ■ Excellent Protective Performance Prevents unnecessary aggressiveness towards the workpiece and reduces scratches 【Contract Processing System】 ■ Supports design consultation, prototype processing, and evaluation testing from part drawings

"Elimination of delamination risk and wear replacement" - A unified film of PEEK or fluororesin is applied to the metal substrate. Contributes to chip prevention and protection/insulation in areas with strong acids and strong alkalis.

【Applicable Coating Types】 ■ PEEK Coating Wear resistance, high strength, heat resistance, chipping prevention ■ Fluororesin Coating Chemical resistance (corrosion resistance), non-stick (improved cleanability), electrical insulation 【Functional Benefits】 ■ Zero Detachment Due to direct film formation, there is no peeling or falling off like with adhesive plates or rubber parts. ■ Corrosion Resistance and Dirt Prevention Prevents metal deterioration caused by splashes of strong acids and strong alkalis, suppressing the occurrence of foreign substances. ■ Work Protection Protects against scratches and abrasions from metal contact during transport, improving product yield. 【Evaluation System】 ■ Supports the creation of evaluation samples and test processing (from 1 piece) for practical application.

Compliance with the Food Sanitation Act: Prevents sticking and burning of highly adhesive rice! Reduces product loss during inversion and shortens cleaning time, improving operational efficiency.

【Surface Treatment Type】 Fluororesin Coating (PTFE / PFA) 【Applicable Parts】 Rice Cooker Inner Pot (Entire Inner Surface) 【Safety Standards】 Compliant with Food Sanitation Act 【Main Functions Provided】 Non-stick (Release), Slip Resistance, Heat Resistance, Chemical Resistance, Improved Cleanability 【Processing Features and Technical Specifications】 ■ Selectable Coating Specifications PTFE (Polytetrafluoroethylene) or PFA (Tetrafluoroethylene-Perfluoroalkyl Vinyl Ether Copolymer) is optimally selected based on customer usage conditions (cooking temperature, warming time, cleaning method, frequency of use, etc.). ■ Excellent Adhesion and Uniform Coating A highly adhesive and uniform coating is baked onto large pots and complex curved shapes. ■ Excellent Durability and Heat Resistance Achieves coating durability that can withstand harsh cooking heating, steam, and hot water cleaning cycles. ■ Recoating Support Even if the coating wears out after years of use, it is possible to strip the existing coating and repaint. The base material (metal pot) can be reused for a long time without disposal.

[Food Sanitation Law Compliance] Prevents rice from sticking and clumping! Excellent release properties improve yield and dramatically reduce cleaning time, increasing operational efficiency.

【Construction Target Area】 Automatic rice loosening machine (loosening blades, stirring pins, shafts, guides, etc.) 【Main Functions and Characteristics】 ■ Non-stick (release) property: Highest level (prevents adhesion of highly sticky rice and starchy substances) ■ Heat resistance: Continuous use temperature up to 260℃ (suitable for continuous operation in heated environments) ■ Safety: Materials compliant with the Food Sanitation Act (Ministry of Health, Labour and Welfare Notification No. 370) 【Compatible Materials (Base Materials)】 Stainless steel (SUS304/SUS316, etc.), aluminum, iron, various metal alloys 【Processing Support】 In addition to coating new parts, we also support the stripping and re-coating (re-coating) of existing used parts. * We offer proposals for construction methods and film thickness based on part shapes and sizes (length, diameter, pin spacing, etc.). Please feel free to consult us for prototype processing and test construction.

[Food Sanitation Law Compliance] Eliminates the sticking and chocolate stoppages of highly adhesive dough! With excellent blade release, it improves yield and dramatically reduces cleaning time.

【Target Parts for Processing】 ■ Slitter rolls, round blades, cutters, cutting blades, and general forming and cutting guide parts for food manufacturing and processing 【Applicable Coating Materials】 ■ PTFE (Polytetrafluoroethylene) ■ PFA (Perfluoroalkoxy alkane) * The optimal paint and film thickness are selected according to the shape of the workpiece, the stickiness of the material, processing temperature, and cleaning conditions. 【Main Functions and Features】 ■ Excellent non-stick properties (release properties): Strong adhesion prevention effect guards against material entrapment and burning. ■ Uniform and smooth precision film formation: Precise coating down to the details of complex blade edges and groove shapes. ■ Safety and hygiene: Coatings that comply with the Food Sanitation Act (Ministry of Health, Labour and Welfare notification) are used. ■ Wear resistance and chemical resistance: Strong durability against routine cleaning and chemical wiping. 【Available Sizes】 ■ Flexible support from small tabletop machine parts to large automated line long rolls (prototype and test construction are also accepted).

【Reduce maintenance costs and downtime】Extend the lifespan of blades from 1 month to 3 months with ultra-thin film coating that withstands wear attacks from fiberglass!

【Product Name】 Thin Film Non-Stick Coating "NonStick STC" 【Main Technical Features】 ■ Ultra-thin film specification (thickness less than 1µm) Unlike conventional fluoropolymer coatings (thickness several tens of µm), it does not round the blade edge, maintaining the sharp cutting ability and cutting precision of the tool. Reduced wear due to low friction The excellent low friction of the surface reduces the sliding resistance on the blade edge when cutting difficult-to-cut materials. High durability and non-stick properties Achieves both wear resistance and non-stick properties with over 200,000 continuous cutting tests using a tape dispenser. It has a strong coating that is difficult to peel off even in harsh cutting environments. 【Processing Compatibility】 Various industrial blades, cutter blades, slitter knives, carbide tools, etc.

【Surface treatment that does not compromise sharpness at all】 Overcomes the weaknesses of conventional fluoropolymer! With ultra-thin film and excellent low friction properties, it strongly suppresses edge wear caused by difficult-to-cut materials.

**Coating Brand** NonStick STC **Technical Specifications and Performance** ■ Film Thickness Less than 1µm (ultra-thin film specification) ■ Surface Characteristics Excellent slip (low friction), non-stick, high wear resistance ■ Continuous Cutting Durability Over 200,000 cuts (proven performance in continuous cutting tests with tape dispensers) **Comparison with Conventional Fluoropolymer Coatings** ■ Coating Thickness Conventional products (tens of µm) ➔ NonStick STC (less than 1µm) ■ Sharpness of the Blade Edge Conventional products (blade edge becomes rounded due to film thickness) ➔ NonStick STC (maintains a sharp blade edge shape) ■ Wear Resistance Conventional products (the coating itself is soft and prone to wear) ➔ NonStick STC (achieves ultra-thin film with strong wear resistance)

"Maintain the quality of the cutting edge for a long time" The initial sharpness lasts for 3 months! Prevents processing defects in fiberglass composite sheets and achieves stable cutting.

【Processing Name】 Ultra-Thin Film Non-Stick Coating "NonStick STC" 【Key Features】 ■Shape Retention (Ultra-Thin Film) With a film thickness of less than 1µm, it does not compromise the edge shape of precision cutting tools. ■Reduction of Friction Resistance Excellent slip properties physically reduce friction heat and wear resistance with the work material (such as glass fiber). ■High Coating Durability Possesses high wear resistance that has passed internal tests (over 200,000 continuous cuts). 【Compatible Base Materials】 Compatible with various industrial cutting tool materials such as tool steel, stainless steel, and cemented carbide. 【Support System】 We respond quickly to select the optimal coating specifications from prototype evaluation to suit your work material and on-site usage environment.

【Reduction of cleaning labor for the printing line】Prevents ink adhesion with excellent release properties and liquid repellency! Dramatically shortens the time for color change operations.

【Construction Technology】Contracted Fluororesin Coating (PFA) 【Coating Film Characteristics and Functions】 ■ Extremely high non-stickiness (release property) Prevents adhesion of high-viscosity printing inks. ■ Excellent water and oil repellency Effectively repels inks regardless of whether they are water-based or solvent-based. ■ Outstanding chemical resistance and corrosion resistance Prevents deterioration and corrosion of the coating film caused by various organic solvents and ink additives. ■ Uniform and smooth precision application Covers complex corner R areas and surrounding drainage outlets. 【Target Substrates and Components】 ■ Metal ink pans (ink pans) made of stainless steel (SUS), steel, etc. ■ Ink trays, nozzles, and ink circulation pathway components around gravure printing machines. 【Maintenance System】 ■ Even if the coating film deteriorates after years of use, it can be re-coated by stripping the existing film. The substrate can be reused as is.

Achieving fluorine treatment for resin: Eliminating thermal deformation and degradation caused by baking temperature! Providing high non-stick and slip properties to 3D printed resin trays.

【Construction Technology】 Low-Temperature Sintered Fluoropolymer Coating (FU Series / Part Number: FU-1240) 【Film Characteristics and Functions】 ■ Low-Temperature Baking Process No high-temperature heat treatment required (prevents thermal deformation and property degradation of the substrate) ■ Excellent Non-Stick Properties (Release Properties) Prevents adhesion and burning of sticky substances, liquids, and powders ■ Low Friction (Improved Slipperiness) Reduces the coefficient of friction, suppressing snagging and wear during contact and sliding ■ High Adhesion Exhibits strong adhesion to resin surfaces 【Applicable Substrates and Targets】 ■ Various plastic materials (engineering plastics such as nylon, PPS, etc.) ■ 3D printed products, resin mesh trays, various resin jigs and transport parts 【Shape Compatibility】 ■ Capable of forming coatings on mesh-like, lattice-like, complex three-dimensional shapes, and fine structures

To the site where fluororesin failed: Prevents the adhesion of sticky resin varnish. Reduces cleaning time and significantly improves equipment operating rate!

**Coating Brand** Biceram 100 **Technical Overview** Ceramic-based non-stick coating (organic-inorganic hybrid) **Main Performance and Features** ■ Overwhelming non-stick and release properties Keeps surface energy low, significantly reducing adhesion and stickiness of strongly adhesive and high-viscosity substances. ■ High hardness The dense ceramic coating is resistant to tool wear and scratches, preventing film peeling. ■ Excellent chemical and heat resistance Demonstrates resistance to resin varnishes, cleaning solvents, and chemicals. *Note: Performance may degrade with certain organic solvents (mainly non-polar solvents) such as xylene, toluene, and hexane. Please contact us for information on usable organic solvents.* ■ Environmentally friendly (PFAS-free) Designed without the use of organic fluorinated compounds (PFAS). *Note: This product contains silicone components. It cannot be used in processes that avoid the migration of silicone components (such as silicone-free processes).*

Significantly reduce mold marks and molding defects! Strongly prevent resin adhesion and sticking at the pin tip! Extend maintenance intervals with high-durability fluorine coating.

【Construction Technology】 High Durability Fluororesin Coating "Thermo Pro Release" 【Functional Characteristics and Technical Features】 ■ Excellent Non-Stick and Release Properties Prevents adhesion, fixation, and burning of molten resin and resin debris (gum and scale) to the pin tip even at high temperatures. ■ Outstanding Wear Resistance and Heat Resistance Designed to withstand intense rubbing and thermal cycles, ensuring that the coating does not wear out prematurely even during repeated ejection operations. ■ Localized and Precise Application To maintain the accuracy of molds and the sliding clearance of pins, optimal thin film and precision coating are applied primarily to the resin contact surface (tip area). 【Target Base Materials and Components】 ■ Various ejector pins for molds (ejection pins), stepped pins, square pins, core pins. ■ Resin contact areas, protrusions, and slide core components of plastic molding molds.

"Fluorine-free" alternatives to comply with environmental regulations. High-durability ceramic coat "Biceram 100" that prevents stickiness in strong adhesive varnishes and paints.

**Coating Brand** Biceram 100 **Applicable Standards and Environmental Properties** Completely PFAS-free (no use of organic fluorinated compounds) **Coating Characteristics** ■ High Release Properties Reduces stickiness of high-viscosity liquids with non-stick effects superior to fluororesin. ■ Mechanical Strength Resistant to wear from cleaning with scrapers and similar tools due to a dense ceramic-based coating. **Application Targets** Various metal tanks, fixtures, containers, and trays in the chemical industry, automotive, electronics manufacturing, etc. *Note: Since the product contains components such as silicone oil, please consult in advance if strict silicone avoidance (siloxane-free) is required in the process.*

Achieving both quality and stable operation in film transport! Discharge static electricity with conductive coating! Prevents film waviness, wrinkles, and scratches.

【Construction Technology】Contracted Conductive (Static Prevention) Coating for Metal Rolls 【Functional Characteristics and Technical Features】 ■ Material selection based on application and conditions Choose specifications from fluoropolymer-based or PEEK resin-based materials according to desired functions that coexist with static prevention performance, such as non-stick and wear resistance. ■ High conductivity (static prevention function) Quickly dissipates static electricity generated during high-speed sliding and peeling, completely suppressing charging. ■ Optimized surface smoothness and moderate hardness Prevents scratching and abrasion of the counterpart material (such as film) due to low friction characteristics. ■ Baked-on application Uniform film thickness baked onto the entire outer surface of the roll. 【Target Substrates and Applicable Parts】 ■ Various metal rolls (stainless steel, steel, aluminum, etc.) ■ Transport guide rolls, pass rolls, drive rolls, damper rolls, nip rolls. 【Application Support】 ■ In addition to coating new rolls, we also flexibly respond to the stripping of coatings and re-coating (recoat) of used rolls.

Overcoming the weakness of fluororesin "scratches." High hardness ceramic coating "Biceram 100" that prevents adhesion of high-viscosity varnishes and adhesives.

**[Technical Brand]** Ceramic Coating "Biceram 100" **[Key Specifications and Features]** ■ High Durability Ceramic Coating The hard ceramic components effectively suppress scratches caused by abrasion from cleaning tools and physical contact. ■ Ultra-Low Surface Energy Surface characteristics that make it difficult for high-viscosity, strong-adhesion resin varnishes and paints to adhere. ■ Excellent Chemical and Heat Resistance Stable chemical properties that are not compromised by resin varnishes or maintenance cleaning solvents. *Note: Non-stick performance may decrease with certain organic solvents (mainly non-polar solvents) such as xylene, toluene, and hexane. ■ PFAS Free Safety design that does not contain environmentally harmful substances (organic fluorine compounds). **[Compatible Substrates and Shapes]** General metal parts such as stainless steel and steel materials (inner surfaces of tanks, drip trays, hoppers, chutes, stirring components, etc.) *For processes where siloxane-free is essential, we can also propose alternative coatings that are optimally suited.

Fluororesin coating ideal for use in high-temperature environments, such as hot melt bonding and hot pressing.

【Coatable Substrates】Metal substrates such as aluminum, iron, and stainless steel 【Color Tone】Black 【Film Thickness】Approximately 20–30µm

Cost reduction through changes in the coating of guide components in the feeding mechanism of the packaging machine.

【Electrostatic Discharge Prevention Function】Volume Resistivity Pass-e Coat 10^4～10^8 Ω·cm (Comparison: General fluoropolymer coating 10^16～10^18 Ω·cm) 【Product Lineup】 - PTFE-based - PFA-based - FEP-based - PEEK-based 【Coating Thickness】 30～60 µm

High-durability PEEK coating resistant to wear and chemical environments, achieved through thick film processing of up to 3000μm.

PEEKCOAT is a coating that leverages the characteristics of PEEK resin, such as high mechanical strength, wear resistance, chemical resistance, and heat resistance. It contributes to extending the lifespan of components and reducing maintenance in harsh operating environments. - Our unique process of repeated painting and firing allows for the formation of thick films up to 3000µm. - We have a track record of application primarily on metal substrates such as aluminum, iron, and stainless steel. - By adjusting the coefficient of linear expansion and optimizing primer design, we achieve both adhesion and durability.

Thick-film PEEK coating that demonstrates stable performance in pharmaceutical and corrosive environments.

PEEKCOAT is a coating that utilizes the characteristics of PEEK resin, such as high mechanical strength, wear resistance, chemical resistance, and heat resistance. It contributes to extending the lifespan of components and reducing maintenance in harsh operating environments. - Our unique process of repeated painting and firing allows for the formation of thick films up to 3000µm. - We have a track record of application primarily on metal substrates such as aluminum, iron, and stainless steel. - By adjusting the coefficient of linear expansion and optimizing primer design, we achieve both adhesion and durability.

Reduce maintenance frequency with a thick film design that ensures wear allowance.

PEEKCOAT is a coating that utilizes the characteristics of PEEK resin, such as high mechanical strength, wear resistance, chemical resistance, and heat resistance. It contributes to extending the lifespan of components and reducing maintenance in harsh operating environments. - Our unique process of repeating painting and firing allows for the formation of thick films up to 3000µm. - We have a proven track record of application primarily on metal substrates such as aluminum, iron, and stainless steel. - By adjusting the coefficient of linear expansion and optimizing primer design, we achieve both adhesion and durability.

Thick film coating that allows dimensional adjustments through machining after painting.

PEEKCOAT is a coating that leverages the characteristics of PEEK resin, including high mechanical strength, wear resistance, chemical resistance, and heat resistance. It contributes to extending the lifespan of components and reducing maintenance in harsh operating environments. - Our unique process of repeated painting and firing allows for the formation of thick films up to 3000µm. - We have a proven track record of application primarily on metal substrates such as aluminum, iron, and stainless steel. - By adjusting the coefficient of linear expansion and optimizing primer design, we achieve both adhesion and durability.

Thick film PEEK coating technology that suppresses cracking and peeling.

PEEKCOAT is a coating that utilizes the characteristics of PEEK resin, such as high mechanical strength, wear resistance, chemical resistance, and heat resistance. It contributes to extending the lifespan of components and reducing maintenance in harsh operating environments. - Our unique process of repeating painting and firing allows for the formation of thick films up to 3000µm. - We have a proven track record of application primarily on metal substrates such as aluminum, iron, and stainless steel. - By adjusting the coefficient of linear expansion and optimizing primer design, we achieve both adhesion and durability.

An improvement case of transport fixtures using PEEK coating that reduced the defect rate to one-sixth of the conventional level.

PEEKCOAT is a coating that utilizes the high mechanical strength, wear resistance, chemical resistance, and heat resistance of PEEK resin. By applying it to metal jigs and transport components, it achieves damage reduction from contact and extends lifespan. It can be applied primarily to aluminum, iron, and stainless steel, and is designed to accommodate optimal film thickness and specifications according to the usage environment. It is a surface treatment technology suitable for processes that require high durability.

Reduce contact damage with metal plates and stabilize print quality.

PEEKCOAT is a coating that utilizes the high mechanical strength, wear resistance, chemical resistance, and heat resistance of PEEK resin. By applying it to metal jigs and transport components, it achieves damage reduction from contact and extends lifespan. It can be applied primarily to aluminum, iron, and stainless steel, and is designed to accommodate optimal film thickness and specifications according to the usage environment. It is a surface treatment technology suitable for processes that require high durability.

Achieved cost reductions on the scale of tens of millions of yen by reducing the defect rate by one-sixth.

PEEKCOAT is a coating that utilizes the high mechanical strength, wear resistance, chemical resistance, and heat resistance of PEEK resin. By applying it to metal jigs and transport components, it achieves damage reduction from contact and extends lifespan. It can be applied primarily to aluminum, iron, and stainless steel, and is designed to accommodate optimal film thickness and specifications according to the usage environment. It is a surface treatment technology suitable for processes that require high durability.

Stable quality maintenance with excellent wear resistance PEEK coating.

PEEKCOAT is a coating that utilizes the high mechanical strength, wear resistance, chemical resistance, and heat resistance of PEEK resin. By applying it to metal jigs and transport components, it achieves reduced damage from contact and extended lifespan. It can be applied primarily to aluminum, iron, and stainless steel, and is designed to accommodate optimal film thickness and specifications according to the usage environment. It is a surface treatment technology suitable for processes that require high durability.

High-purity fluororesin coating that reduces the risk of impurity leaching.

HYPERCOAT is a coating technology that forms a fluororesin coating without the use of a primer, utilizing a unique vacuum technology. Unlike traditional multilayer structures, it achieves high cleanliness by directly forming a fluororesin coating on the metal substrate. While leveraging the characteristics of fluororesin such as non-stickiness, chemical resistance, heat resistance, and slip properties, it also aims to reduce risks associated with primers. It ensures practical levels of adhesion and allows for optimal specification design according to application and usage conditions. This surface treatment technology is suitable for fields that require clean environments and high purity.

High-adhesion, high-purity fluororesin coating achieved through a unique process.

HYPERCOAT is a coating technology that forms a fluororesin coating without the use of a primer, utilizing a unique vacuum technology. Unlike traditional multilayer structures, it achieves high cleanliness by directly forming the coating on the metal substrate. While leveraging the characteristics of fluororesin such as non-stick properties, chemical resistance, heat resistance, and slip properties, it reduces risks associated with primers. It also ensures practical levels of adhesion, allowing for optimal specification design according to applications and usage conditions. This surface treatment technology is suitable for fields that require clean environments and high purity.

Fluororesin coating technology to improve cleanliness by re-evaluating the multi-layer structure.

HYPERCOAT is a coating technology that forms a fluororesin coating without the use of a primer, utilizing a unique vacuum technology. Unlike traditional multilayer structures, it achieves high cleanliness by directly forming the coating on the metal substrate. While leveraging the characteristics of fluororesin such as non-stick properties, chemical resistance, heat resistance, and slip properties, it reduces risks associated with primers. It also ensures practical levels of adhesion, allowing for optimal specification design according to application and usage conditions. This surface treatment technology is suitable for fields that require clean environments and high purity.

Preventing the adhesion of seal components to improve interchangeability and maintainability.

FU-2015 is a fluoropolymer coating designed for rubber materials. Its coating design takes into account the flexibility and stretch characteristics of rubber, making it easy to adapt to various usage environments such as compression, stretching, and bending, thereby achieving stable adhesion. By imparting non-stick properties, slip characteristics, and abrasion resistance, it demonstrates functions such as adhesion prevention, friction reduction, and dirt suppression. It has a proven track record of processing silicone rubber (VMQ) and perfluoroelastomer (FFKM), and can accommodate specification design and prototype verification according to applications and conditions.

Coating that improves sliding properties and transport stability by reducing friction.

FU-2015 is a fluorine-based coating designed for rubber materials. Its coating design takes into account the flexibility and stretch characteristics of rubber, making it easy to adapt to usage environments such as compression, stretching, and bending, thereby achieving stable adhesion. By imparting non-stick properties, slip characteristics, and abrasion resistance, it demonstrates functions such as adhesion prevention, friction reduction, and dirt suppression. It has a proven track record of processing silicone rubber (VMQ) and perfluoroelastomer (FFKM), and can accommodate specification design and prototype verification according to applications and conditions.

A coating that adheres well and maintains functionality while following deformation.

FU-2015 is a fluoropolymer coating designed for rubber materials. Its film design takes into account the flexibility and stretch characteristics of rubber, making it easy to adapt to various usage environments such as compression, stretching, and bending, thereby achieving stable adhesion. By imparting non-stick properties, slip characteristics, and abrasion resistance, it demonstrates functions such as adhesion prevention, friction reduction, and dirt suppression. It has a proven track record of processing silicone rubber (VMQ) and perfluoroelastomer (FFKM), and can accommodate specification design and prototype verification according to applications and conditions.

The FU series of low-temperature sintered fluorine-based coatings contributes to reducing abrasion damage and maintaining performance.

FU-2015 is a fluoropolymer coating designed for rubber materials. Its coating design takes into account the flexibility and elasticity characteristics of rubber, making it easy to adapt to various usage environments such as compression, stretching, and bending, while achieving stable adhesion. By imparting non-stick properties, slip resistance, and abrasion resistance, it demonstrates functions such as adhesion prevention, friction reduction, and dirt suppression. It has a proven track record of processing with silicone rubber (VMQ) and perfluoroelastomer (FFKM), and can accommodate specification design and prototype verification according to applications and conditions.

Low-temperature sintered fluorine-based coating that suppresses thermal effects and imparts fluorine functionality.

FU-1240 is a fluorine-based coating that can be applied through low-temperature sintering. It features basic properties such as non-stickiness, release properties, and slip properties, while minimizing thermal impact on the substrate. It is suitable for workpieces where deformation or deterioration of physical properties due to heat is a concern, such as resins, aluminum, thin sheet metals, and small precision parts. It allows for the addition of surface functions tailored to applications, such as adhesion prevention, improved transportability, and reduced contact resistance, contributing to greater flexibility in process design.

Low-temperature processing technology capable of handling everything from general-purpose resins to super engineering plastics.

FU-1240 is a fluorine-based coating that can be applied at low temperatures. It features basic properties such as non-stickiness, release properties, and slip properties, while minimizing thermal impact on the substrate. It is suitable for workpieces where deformation or deterioration of physical properties due to heat is a concern, such as resins, aluminum, thin metal sheets, and small precision parts. It allows for the addition of surface functions tailored to applications, such as adhesion prevention, improved transportability, and reduced contact resistance, contributing to greater flexibility in process design.

Surface treatment that can impart surface functions while suppressing dimensional changes.

FU-1240 is a fluorine-based coating that can be applied through low-temperature sintering. It features basic properties such as non-stickiness, release properties, and slip characteristics, while minimizing thermal impact on the substrate. It is suitable for workpieces where deformation or deterioration of physical properties due to heat is a concern, such as resins, aluminum, thin metal sheets, and small precision parts. It allows for the addition of surface functions tailored to applications, such as adhesion prevention, improved transportability, and reduced contact resistance, contributing to greater flexibility in process design.

Fluorine-based coating applicable to parts that were traditionally difficult to coat.

FU-1240 is a fluorine-based coating that can be applied through low-temperature sintering. It features basic properties such as non-stickiness, release properties, and slip properties, while minimizing thermal impact on the substrate. It is suitable for workpieces where deformation or deterioration of physical properties due to heat is a concern, such as resins, aluminum, thin metal sheets, and small precision parts. It allows for the addition of surface functions tailored to applications, such as adhesion prevention, improved transportability, and reduced contact resistance, contributing to greater flexibility in process design.

Fluorine-based surface treatment that suppresses the adhesion of adhesives, resins, and dirt.

FU-1240 is a fluorine-based coating that can be applied at low temperatures. It features basic properties such as non-stickiness, release properties, and slip properties, while minimizing thermal impact on the substrate. It is suitable for workpieces where deformation or deterioration of physical properties due to heat is a concern, such as resins, aluminum, thin metal sheets, and small precision parts. It allows for the addition of surface functions tailored to applications, such as adhesion prevention, improved transportability, and reduced contact resistance, contributing to greater flexibility in process design.

High-reliability fluoropolymer coating PFA understood from the differences with PTFE.

PFA (perfluoroalkoxy alkane) is a fluoropolymer improved based on PTFE, featuring excellent non-stick properties, heat resistance, chemical resistance, and electrical characteristics. Its high fluidity during melting allows for the formation of a dense and smooth coating film during application. The high-quality coating film, which has few pinholes and voids, enhances reliability in corrosion resistance and insulation. It can also accommodate thick films, making it suitable for long-term use in chemical and high-temperature environments.

High corrosion-resistant coating that protects the base material even in strong acid and strong alkali environments.

PFA (perfluoroalkoxy alkane) is a fluoropolymer improved based on PTFE, featuring excellent non-stick properties, heat resistance, chemical resistance, and electrical characteristics. Its high fluidity during melting allows for the formation of dense and smooth coatings during application. The high-quality coating, which has few pinholes and voids, enhances the reliability of corrosion resistance and insulation. It can also accommodate thick films, making it suitable for long-term use in chemical and high-temperature environments.

Surface treatment PFA coating to enhance insulation reliability with a low-defect film.

PFA (perfluoroalkoxy alkane) is a fluororesin improved based on PTFE, featuring excellent non-stick properties, heat resistance, chemical resistance, and electrical characteristics. Its high fluidity during melting allows for the formation of dense and smooth coatings. The high-quality coating, which has few pinholes and voids, enhances reliability in corrosion resistance and insulation. It can also accommodate thick films, making it suitable for long-term use in chemical and high-temperature environments.

Differences in liquidity create variations in coating quality and reliability.

PFA (perfluoroalkoxy alkane) is a fluororesin improved based on PTFE, featuring excellent non-stick properties, heat resistance, chemical resistance, and electrical characteristics. Its high fluidity during melting allows for the formation of a dense and smooth coating film during application. The high-quality coating film, which has few pinholes and voids, enhances the reliability of corrosion resistance and insulation. It can also accommodate thick films, making it suitable for long-term use in chemical and high-temperature environments.

High purity and low particle characteristics excellent surface treatment PFA coating

PFA (perfluoroalkoxy alkane) is a fluoropolymer improved based on PTFE, featuring excellent non-stick properties, heat resistance, chemical resistance, and electrical characteristics. Its high fluidity during melting allows for the formation of a dense and smooth coating film during application. The high-quality coating film, which has few pinholes and voids, enhances reliability in corrosion resistance and insulation. It can also accommodate thick films, making it suitable for long-term use in chemical and high-temperature environments.

Protecting fixtures from the chemical environment to achieve process stabilization and quality improvement.

PFA coating is a fluoropolymer coating that has excellent chemical resistance and water repellency. In the plating process, it protects fixtures and racks from chemical solutions, suppressing corrosion and degradation. Additionally, its non-stick and water-repellent properties improve liquid drainage, contributing to reduced chemical carryover and process stabilization. Furthermore, its smooth surface makes it easier to prevent foreign material adhesion, which helps maintain quality. It is a surface treatment technology that can simultaneously achieve corrosion resistance, quality, and process improvement.

Suppressing the carrying out of liquid medicine to improve cleaning efficiency and process stability.

PFA coating is a fluororesin coating that has excellent chemical resistance and water repellency. In the plating process, it protects jigs and racks from chemical solutions, suppressing corrosion and degradation. Additionally, its non-stick and water-repellent properties improve liquid drainage, contributing to the reduction of chemical carryover and stabilization of the process. Furthermore, the smooth surface makes it easier to prevent foreign matter adhesion, which also helps maintain quality. It is a surface treatment technology that can simultaneously achieve corrosion resistance, quality, and process improvement.

Suppress metal leaching and foreign matter generation to maintain high quality.

PFA coating is a fluororesin coating that has excellent chemical resistance and water repellency. In the plating process, it protects jigs and racks from chemical solutions, suppressing corrosion and deterioration. Additionally, its non-stick and water-repellent properties improve liquid drainage, contributing to the reduction of chemical carryover and stabilization of the process. Furthermore, its smooth surface makes it easier to prevent foreign material adhesion, which also helps maintain quality. It is a surface treatment technology that can simultaneously achieve corrosion resistance, quality, and process improvement.

High-performance coating that supports high clarity and reproducibility.

PFA coating is a fluororesin coating that has excellent chemical resistance and water repellency. In the plating process, it protects jigs and racks from chemical solutions, suppressing corrosion and degradation. Additionally, its non-stick and water-repellent properties improve liquid drainage, contributing to the reduction of chemical carryover and stabilization of the process. Furthermore, its smooth surface makes it easier to prevent foreign matter adhesion, contributing to quality maintenance. It is a surface treatment technology that can simultaneously achieve corrosion resistance, quality, and process improvement.

Contribute to reducing total costs by decreasing exchange frequency.

PFA coating is a fluororesin coating that has excellent chemical resistance and water repellency. In the plating process, it protects jigs and racks from chemical solutions, suppressing corrosion and deterioration. Additionally, its non-stick and water-repellent properties improve liquid drainage, contributing to the reduction of chemical carryover and stabilization of the process. Furthermore, the smooth surface makes it easier to prevent foreign matter adhesion, contributing to quality maintenance. It is a surface treatment technology that can simultaneously achieve corrosion resistance, quality, and process improvement.

Achieving stable operation through corrosion prevention, insulation, and improved liquid drainage.

PFA coating is a fluororesin coating that has excellent chemical resistance and water repellency. In the plating process, it protects jigs and racks from chemical solutions, suppressing corrosion and degradation. Additionally, its non-stick and water-repellent properties improve liquid drainage, contributing to reduced chemical carryover and process stabilization. Furthermore, the smooth surface makes it easier to prevent foreign matter adhesion, which also helps maintain quality. It is a surface treatment technology that can simultaneously achieve corrosion resistance, quality, and process improvement.

Suppressing the wetting spread on the nozzle outer surface and improving discharge accuracy.

NonStick STC is a thin film, non-stick coating that forms a low surface energy layer on the substrate surface. By chemically bonding fluoropolymer, it achieves high non-stick properties and durability. The film thickness is very thin, at less than 1μm, which minimizes the impact on nozzle shape and dimensional accuracy. Additionally, since it does not require blast treatment, it allows for functional enhancement while maintaining surface smoothness. By suppressing liquid adhesion and improving slip properties, it contributes to improved discharge stability and maintenance.

Suppressing liquid dripping and positional displacement to achieve stabilization of precise coating.

NonStick STC is a thin film, non-stick coating that forms a low surface energy layer on the substrate surface. By chemically bonding fluoropolymer, it achieves high non-stick properties and durability. The film thickness is very thin, at less than 1μm, which minimizes the impact on nozzle shape and dimensional accuracy. Additionally, since it does not require blast treatment, it allows for functional enhancement while maintaining surface smoothness. By suppressing liquid adhesion and improving slip properties, it contributes to improved discharge stability and maintenance.

Reduce cleaning frequency and maintenance burden by decreasing adhesion.

NonStick STC is a thin film, non-stick coating that forms a low surface energy layer on the substrate surface. By chemically bonding fluoropolymer, it achieves high non-stick properties and durability. The film thickness is very thin, at less than 1μm, which minimizes the impact on nozzle shape and dimensional accuracy. Additionally, since it does not require blast treatment, it can impart functionality while maintaining surface smoothness. By suppressing liquid adhesion and improving slip properties, it contributes to enhanced discharge stability and maintenance.

Practical fluoropolymer coating ETFE that combines durability and processability.

ETFE (ethylene-tetrafluoroethylene copolymer) is a material that excels in mechanical strength and durability among fluoropolymers. It features excellent chemical resistance, weather resistance, and electrical insulation, while also demonstrating superior wear resistance and impact resistance. Due to its melt flowability, it allows for stable film formation and can accommodate thick coatings and secondary processing. It also possesses non-stick and slippery properties, providing a balanced performance tailored to various applications.

Surface treatment that is strong against shock and wear, contributing to increased longevity.

ETFE (ethylene-tetrafluoroethylene copolymer) is a material that excels in mechanical strength and durability among fluoropolymers. It features excellent chemical resistance, weather resistance, and electrical insulation, while also demonstrating superior abrasion resistance and impact resistance. Due to its melt flowability, it allows for stable film formation and can accommodate thick films and secondary processing. It also possesses non-stick and slip properties, exhibiting balanced performance tailored to various applications.

Fluororesin coating ETFE that balances corrosion resistance and durability.

ETFE (ethylene-tetrafluoroethylene copolymer) is a material that excels in mechanical strength and durability among fluoropolymers. It features excellent chemical resistance, weather resistance, and electrical insulation, while also demonstrating superior abrasion resistance and impact resistance. Due to its melt flowability, it allows for stable film formation and can accommodate thick films and secondary processing. It also possesses non-stick and slip properties, exhibiting balanced performance tailored to various applications.

Surface treatment that enhances design flexibility with thick film and secondary processing support.

ETFE (ethylene-tetrafluoroethylene copolymer) is a material that excels in mechanical strength and durability among fluoropolymers. It features excellent chemical resistance, weather resistance, and electrical insulation, while also demonstrating superior abrasion resistance and impact resistance. Its melt flowability allows for stable film formation, making it suitable for thick coatings and secondary processing. It also possesses non-stick and slip properties, providing a balanced performance tailored to various applications.

Practical fluororesin coating chosen for its performance balance.

ETFE (ethylene-tetrafluoroethylene copolymer) is a material that excels in mechanical strength and durability among fluoropolymers. It features chemical resistance, weather resistance, and electrical insulation, while also demonstrating excellent abrasion resistance and impact resistance. Due to its melt flow properties, it allows for stable film formation and can accommodate thick coatings and secondary processing. It also possesses non-stick and slip properties, providing a balanced performance tailored to various applications.

Balancing regulatory compliance and performance maintenance. A new alternative to fluororesins.

PEEKCOAT is a high-performance coating made from PEEK resin, a super engineering plastic. It features high heat resistance (continuous use temperature of approximately 260°C), excellent wear resistance, chemical resistance, and mechanical strength, providing stable performance even in harsh environments. It also supports thick film applications, contributing to longer lifespan and reduced maintenance burden. There are proven processing results on various metals such as aluminum, iron, and stainless steel.

Capable of handling a wide range from semiconductors to food and chemicals.

PEEKCOAT is a high-performance coating made from PEEK resin, which is a super engineering plastic. It features high heat resistance (continuous use temperature of about 260°C), excellent wear resistance, chemical resistance, and mechanical strength, demonstrating stable performance even in harsh operating environments. It also supports thick film applications, contributing to longer service life and reduced maintenance burden. There are proven processing results on various metals such as aluminum, iron, and stainless steel.

Achieving a non-stick surface. Significantly improving release properties and productivity with the ultra-low friction characteristics of PTFE.

PTFE (polytetrafluoroethylene) is a high-performance material that possesses particularly excellent non-stick properties, slip characteristics, chemical resistance, and heat resistance among fluoropolymers. It has an extremely low surface energy, making it difficult for water, oil, and adhesives to adhere, and its friction coefficient is very low, which effectively reduces resistance in sliding and conveying components. Additionally, it is stable against most chemical agents, including acids, alkalis, and organic solvents, and can be used in corrosive environments. Furthermore, its continuous use temperature is high, around 260°C, allowing it to maintain performance even under high-temperature conditions. Our company optimizes the surface treatment, firing conditions, and film composition to maximize these properties and provides PTFE coatings tailored to specific applications.

Reduce friction to minimize troubles. Achieve stable transport and longer lifespan with the low friction properties of PTFE.

PTFE (polytetrafluoroethylene) is a high-performance material that possesses particularly excellent non-stick properties, slip characteristics, chemical resistance, and heat resistance among fluoropolymers. It has an extremely low surface energy, making it difficult for water, oil, and adhesives to adhere to it, and its friction coefficient is very low, which also contributes to reducing resistance in sliding and conveying components. Additionally, it is stable against most chemical agents, including acids, alkalis, and organic solvents, and can be used in corrosive environments. Furthermore, its continuous use temperature is high, at approximately 260°C, allowing it to maintain performance even under high-temperature conditions. Our company optimizes the surface treatment, firing conditions, and film composition to maximize these properties and provides PTFE coatings tailored to specific applications.

Prevents film adhesion and line stoppage. Achieves stable transport with anti-static fluororesin.

Pass-e Coat is a functional coating that not only possesses the basic characteristics of fluoropolymer, such as non-stickiness, slip properties, and chemical resistance, but also incorporates an electrostatic prevention function. Typical fluoropolymers have high insulation properties, making them prone to retaining static electricity generated by friction; however, Pass-e Coat suppresses the accumulation of static electricity by allowing the charged surface to dissipate. This prevents the adhesion and clinging of lightweight materials such as films, sheets, and powders. Additionally, its low friction properties contribute to reduced transport resistance, enabling smooth line operation. It allows for optimal film thickness and specification design according to the substrate and application, and can flexibly accommodate existing equipment and post-processing.

Reduce recovery work. Mitigate transport troubles caused by static electricity and improve production efficiency.

Pass-e Coat is a functional coating that not only possesses the basic properties of fluoropolymer, such as non-stickiness, slip properties, and chemical resistance, but also incorporates an anti-static function. Typical fluoropolymers have high insulation properties, making them prone to retaining static electricity generated by friction; however, Pass-e Coat suppresses the accumulation of static electricity by allowing the charged surface to dissipate. This prevents the adhesion and clinging of lightweight materials such as films, sheets, and powders. Additionally, its low friction characteristics contribute to reduced transport resistance, enabling smooth line operations. It allows for optimal film thickness and specification design according to the substrate and application, and can flexibly accommodate existing equipment and post-processing.

The film does not stick. Achieves a stable feeding mechanism with anti-static and low friction.

Pass-e Coat is a functional coating that not only possesses the basic characteristics of fluoropolymer, such as non-stickiness, slip properties, and chemical resistance, but also includes an anti-static function. Typical fluoropolymers have high insulation properties, making them prone to retaining static electricity generated by friction; however, Pass-e Coat mitigates the accumulation of static electricity by allowing the charged surface to dissipate. This prevents the adhesion and clinging of lightweight materials such as films, sheets, and powders. Additionally, its low friction characteristics contribute to reduced transport resistance, enabling smooth line operations. It allows for optimal film thickness and specification design based on the substrate and application, and can flexibly accommodate existing equipment and post-processing.

Prevents adhesive attachment to the label receiving section, eliminating transport defects and positional misalignment. Achieves stable operation and improved yield with 'super' non-stick coating.

Adhesive troubles in label printing devices occur due to adhesive attachment to receiving and guiding components. This leads to issues such as instability in label transport, misalignment, defects, and even line stoppages. Traditionally, fluoropolymer coatings and surface treatments have been used as countermeasures, but they often do not provide sufficient effectiveness against labels with strong adhesive properties, resulting in the need for regular cleaning and component replacement. Our "NonStick Coating" is a non-adhesive coating that utilizes silicone release components and is specifically designed to suppress the adhesion of sticky substances. Additionally, by forming fine unevenness on the surface, it reduces the contact area, enhances non-adhesiveness, and simultaneously suppresses silicone transfer. This prevents troubles while maintaining the adhesive performance of the labels.

Compatible with high-adhesion labels. It suppresses adhesive attachment that could not be prevented by conventional coatings, achieving stable transport.

Adhesive troubles in label printing devices occur due to adhesive sticking to receiving and guiding components. This leads to issues such as instability in label transport, misalignment, defects, and even line stoppages. Traditionally, fluororesin coatings and surface treatments have been used as countermeasures, but they often do not provide sufficient effectiveness against labels with strong adhesive properties, resulting in the need for regular cleaning and parts replacement. Our "NonStick Coating" is a non-adhesive coating that utilizes silicone release components and is specifically designed to suppress the adhesion of sticky materials. Additionally, by forming fine irregularities on the surface, it reduces the contact area, enhances non-adhesiveness, and simultaneously suppresses silicone transfer. This prevents troubles while maintaining the adhesive performance of the labels.

Prevents the accumulation of paste and significantly reduces cleaning work. Reduces equipment maintenance burden and improves production efficiency.

Adhesive troubles in label printing devices occur due to adhesive attachment to receiving and guiding components. This leads to issues such as instability in label transport, misalignment, defects, and even line stoppages. Traditionally, fluororesin coatings and surface treatments have been used as countermeasures, but they often do not provide sufficient effectiveness against labels with strong adhesive properties, resulting in the need for regular cleaning and component replacement. Our "NonStick Coating" is a non-adhesive coating that utilizes silicone release components, specifically designed to suppress the adhesion of sticky substances. Additionally, by forming fine unevenness on the surface, it reduces the contact area, enhances non-adhesiveness, and simultaneously suppresses silicone transfer. This prevents troubles while maintaining the adhesive performance of the labels.

Surface treatment technology that enhances 'super' non-stick performance, capable of handling high-viscosity substances that are insufficiently addressed by conventional coatings.

Adhesive troubles in label printing devices occur due to adhesive attachment to receiving and guiding components. This can lead to issues such as unstable label transport, misalignment, defects, and even line stoppages. Traditionally, fluoropolymer coatings and surface treatments have been used as countermeasures, but they often do not provide sufficient effectiveness against labels with strong adhesive properties, leading to the need for regular cleaning and component replacement. Our "NonStick Coating" is a non-adhesive coating that utilizes silicone release components, specifically designed to suppress the adhesion of sticky materials. Additionally, by forming fine unevenness on the surface, it reduces the contact area, enhances non-adhesiveness, and simultaneously suppresses silicone transfer. This prevents troubles while maintaining the adhesive performance of the labels.

Prevent transportation troubles and achieve "non-stop equipment." Contribute to stable operation of the labeling process.

Adhesive troubles in label printing devices occur due to adhesive attachment to receiving and guiding components. This leads to issues such as unstable label transport, misalignment, defects, and even line stoppages. Traditionally, fluororesin coatings and surface treatments have been used as countermeasures, but they often do not provide sufficient effectiveness against labels with strong adhesive properties, resulting in the need for regular cleaning and component replacement. Our "NonStick Coating" is a non-adhesive coating that utilizes silicone release components, specifically designed to suppress the adhesion of sticky substances. Additionally, by forming fine irregularities on the surface, it reduces the contact area, enhances non-adhesiveness, and simultaneously suppresses silicone transfer. This prevents troubles while maintaining the adhesive performance of the labels.

Optimal selection based on engineering conditions and applications. Ideal for manufacturing sites that prioritize PFAS compliance and wear resistance.

Fluoropolymer coatings possess extremely high non-stick properties and low friction, making them suitable for a wide range of applications such as food molding molds, rolls, and chemical tanks. On the other hand, due to PFAS regulations primarily in Europe, the future supply and usage risks are increasing. PEEK coatings do not contain organic fluorinated compounds (PFAS) and comply with environmental regulations. They excel in wear resistance, heat resistance, and chemical resistance, allowing for a longer lifespan under high load and high-temperature environments. Optimally selecting PEEK and fluoropolymers according to application and process conditions directly contributes to improving production efficiency in manufacturing sites.

Optimal for high load and sliding parts. Next-generation coating that balances environmental regulation compliance and long lifespan.

Fluoropolymer coatings possess extremely high non-stick properties and low friction, making them suitable for a wide range of applications, including food molding molds, rolls, and chemical tanks. On the other hand, PFAS regulations, particularly in Europe, are increasing future supply and usage risks. PEEK coatings do not contain organic fluorinated compounds (PFAS) and comply with environmental regulations. They excel in wear resistance, heat resistance, and chemical resistance, allowing for a long lifespan under high load and high-temperature conditions. Optimally selecting PEEK and fluoropolymers according to application and process conditions directly contributes to improving production efficiency in manufacturing sites.

Optimal selection based on engineering conditions achieves both high durability and environmental compatibility. Prototyping and technical consultations are also available.

Fluoropolymer coatings possess extremely high non-stick properties and low friction, making them useful in a wide range of applications such as food molding molds, rolls, and chemical tanks. On the other hand, PFAS regulations, particularly in Europe, are increasing future supply and usage risks. PEEK coatings do not contain organic fluorinated compounds (PFAS) and comply with environmental regulations. They excel in wear resistance, heat resistance, and chemical resistance, allowing for long service life under high load and high-temperature conditions. Optimally selecting PEEK and fluoropolymer based on application and process conditions directly contributes to improving production efficiency in manufacturing sites.

Combining heat resistance of 260℃ and high strength. An explanation of PEEK resin, which is gaining attention as a metal alternative and in high-temperature environments.

PEEK stands for "Poly Ether Ether Ketone," and it is a high-performance resin classified as a super engineering plastic. It is particularly excellent in stability under high-temperature environments, with heat resistance capable of continuous use at temperatures around 250 to 260°C. It can maintain mechanical properties even under high temperatures, which is difficult for general engineering plastics, making it suitable for high-temperature transport components, sliding parts exposed to heat, and semiconductor manufacturing equipment parts. Additionally, it possesses excellent mechanical strength and fatigue resistance, demonstrating stable performance even in environments where loads are repeatedly applied. Furthermore, it excels in electrical insulation and chemical resistance, making it applicable in a wide range of industrial uses. In recent years, its use as a metal alternative material has also been advancing, with expectations for contributions to weight reduction and longer lifespan.

Solving fluororesin coating peeling and line stops! Reducing maintenance labor and costs with excellent non-stick properties and wear resistance.

【Features and Technical Specifications】 ■ Overwhelming Non-Stick and Release Properties Exhibits excellent release effect against the oil of fried noodles and the starch of steamed noodles due to extremely low surface energy. ■ High Hardness and Wear Resistance (Chipping Prevention) Forms a dense and hard ceramic coating. Strong against abrasion and physical impact, preventing foreign matter contamination due to peeling or chipping of the coating. ■ High Durability Approximately twice the durability compared to conventional fluoropolymer (extending the application cycle from 1 year to 2 years). ■ Completely PFAS-Free No use of organic fluorinated compounds. Complies with future environmental regulations and hygiene standards. 【Application Targets】 Retainers for instant noodles (fried noodles and non-fried noodles) (cooking and transport containers), fixtures and metal parts for various food manufacturing lines.

Improving wafer yield: Eliminating metal touch! Preventing micro-scratches and dust generation on carriers with PEEK and fluoropolymer coatings.

【Construction Technology】 Contracted PEEK Coating / Contracted Fluororesin Coating 【Technical Features and Functions】 ■ High Wear Resistance and Shock Absorption Minimizes wear on the wafer contact surface, achieving a longer lifespan for the jig itself. ■ Excellent Chemical Resistance and High Purity Balances resistance to various acids, alkalis, and organic solvents with low outgassing. ■ Anti-Static Grade Compatibility Reduces surface resistance values to prevent static electricity buildup. Prevents electrostatic discharge (ESD) and shuts out dust adhesion. 【Target Substrates and Applicable Components】 ■ Metal wafer carriers, cleaning baskets, and various transport jigs made of stainless steel (SUS), aluminum, etc. 【Maintenance System】 ■ In the event of wear on the coating film, we support "recoating" by stripping the coating and applying it again. Reuse of metal carrier substrates is possible.

Eliminate the risk of fluororesin coating peeling! Build a safe food manufacturing line with completely PFAS-free and high-hardness ceramic "Biceram 100."

【Technical Name】 Completely PFAS-Free Ceramic Coating "Biceram 100" 【Environmental, Sanitary, and Quality Compliance】 ■ Completely PFAS-Free No specific organic fluorine compounds used at all. Ideal for environmental regulation measures in the supply chain. ■ High Hardness and Adhesion A hard coating that is resistant to chipping and wear, eliminating the risk of coating contamination in products. 【Coating Performance Features】 ■ Ultra-Low Surface Energy (High Release) Prevents adhesion and burning of oils and starch (sticky components) from steamed noodles. ■ Heat and Steam Resistance Maintains performance even in high-temperature oil during frying processes and high-humidity steam environments in non-frying processes. 【Additional Notes】 *Conventional fluoropolymer coatings are not immediately banned for general food contact applications, but this product can be utilized as a forward-looking risk management and alternative proposal.

Eliminate powder adhesion and discharge risks caused by static electricity. Smooth self-weight drop with a conductive coating! Prevent bridging and avoid raw material loss and dust explosions.

【Construction Technology】 Electrostatic Discharge Prevention Fluororesin Coating "Pass-e Coat" 【Technical Features and Functions】 ■ Excellent Electrostatic Discharge Prevention and Conductivity Reduces the leakage resistance value of the coating film, effectively suppressing the accumulation and charging of static electricity due to powder abrasion. ■ High Slip and Non-Stick Properties Supports the release of fine powders and viscous powders due to the unique low friction characteristics of fluororesin. ■ Prevention of Electrostatic Discharge (Sparks) Reduces the risk of dust explosions and fires when handling flammable powders. ■ Uniform Coating on Tapered and Welded Areas Forms a film without pinholes even on inclined surfaces and discharge points where thickness unevenness is likely to occur, including welded areas. 【Applicable Substrates and Parts】 ■ Feed Hoppers, Supply Chutes, Cyclones, Powder Storage Tanks, Weighing Buckets ■ Various metal equipment such as Stainless Steel (SUS304/SUS316L), Carbon Steel (Steel), and Aluminum.

"Uniform coating even on fine seal surfaces" Excellent heat resistance suppresses film peeling and wear! Prevents sticking of plastic films and reduces line stoppages.

【Construction Technology】 Modified Fluororesin Coating Contract Processing 【Technical Features and Functions】 ■ High Durability and Heat-Resistant Release Properties Prevents adhesion and sealing failures of various films and laminate materials under continuous heating (thermal cycling) environments. ■ Improved Coating Strength Designed to be tough, making it less prone to wear and peeling of the coating due to heating and high pressure compared to general fluororesins. ■ Uniform Precision Construction in Details Forms a uniform film thickness even on the serrated shapes of sealing bars (recessed areas), mesh patterns, and edge parts. ■ Safety and Hygiene Compliance Can be safely introduced into the manufacturing and packaging lines for food and pharmaceutical products. 【Target Substrates and Applicable Parts】 ■ Heat sealing bars, receiving molds, crimpers, welding jigs, integrated cutting blade sealing molds ■ Various metal parts including stainless steel (SUS), steel, and aluminum.

"Precision construction that does not block fine vacuum holes" eliminates label pickup errors with excellent release properties! It prevents adhesive sticking and improves line directivity.

【Construction Technology】 Silicone-based Non-Stick Coating "NonStick Coating" Contract Processing 【Technical Features and Functions】 ■ High Non-Stick and Release Properties Effectively blocks adhesion and sticking of label adhesives (acrylic-based, rubber-based, etc.). Achieves reliable adhesion retention of labels and smooth release (pickup). ■ Durable Adhesion Strongly adheres to metal substrates and is designed to be resistant to peeling even under friction from high-speed continuous adhesion and transport. In addition to the standard type, a solvent-resistant type that withstands cleaning agents such as alcohol is also available. 【Target Substrates and Applicable Parts】 ■ Vacuum stages for automatic label application, suction plates, vacuum pads, guide plates ■ Various metal parts such as aluminum, stainless steel (SUS), and steel.

"Coating up to the welded and edge areas" completely protects against strong acids and strong alkalis! With excellent non-stick properties, it prevents material adhesion and facilitates smooth cleaning between batches and changeovers.

【Construction Technology】 Fluororesin PFA Coating Contract Processing 【Technical Features and Functions】 ■ Superior Chemical and Corrosion Resistance Exhibits inertness and high corrosion protection capability against harsh strong acids, strong alkalis, and organic solvents. ■ Pinhole-Free Coating on Complex Shapes Passes pinhole inspection even at weld points and blade corners and edges. ■ Excellent Non-Stick, Water-Repellent, and Oil-Repellent Properties Prevents adhesion of reactive liquids, slurries, and viscous substances, ensuring smooth liquid release. ■ High Purity Process Adaptability Extremely low leachables, suitable for semiconductor, pharmaceutical, and precision chemical applications. 【Target Substrates and Applicable Parts】 ■ Stirring blades (anchor blades, paddle blades, turbine blades, ribbon blades, propeller blades), stirring shafts (shafts) ■ Various metal parts including stainless steel (SUS304/SUS316L, etc.), carbon steel, Hastelloy, etc.

Uniform coating from the spiral pattern to the central chimney part! Completely PFAS-free and compliant with food sanitation laws! Releases smoothly without disturbing the beautiful wave pattern!

【Construction Technology】 Ceramic Coating "Biceram" - Contract Processing 【Technical Features and Functions】 ■ High Non-Stick and Release Properties Excellent release performance that prevents sticking and burning of sugar, butter, and dough. ■ Completely PFAS-Free & Safe No use of organic fluorinated compounds / Complies with the "Food Sanitation Act (Ministry of Health, Labour and Welfare Notification No. 370)" standards. ■ High Conformity to Three-Dimensional and Deep Holes Uniform application without pinholes even in the depths of spiral valleys and central chimney areas using the sol-gel method (liquid phase process). ■ High Heat Resistance and Durability Release effect lasts long even in high-temperature environments (200°C to 250°C) during the firing process. 【Applicable Substrates and Parts】 ■ Bundt pans, angel food cake pans, chiffon cake pans, canelé molds, madeleine molds, and various metal molds for baked goods. ■ Metal molds made of aluminum die-cast, iron, stainless steel (SUS), etc.

"Uniform coating up to internal junction points and flange surfaces" completely blocks strong acids and strong alkalis! Prevents corrosion by selecting the optimal paint according to chemical and temperature conditions.

【Construction Technology】 Fluororesin Coating on Pipe Inner Surfaces (PFA / FEP / ETFE, etc.) Contract Coating 【Technical Features and Functions】 ■ High Chemical Resistance and Corrosion Resistance An inert protective film against harsh strong acids, strong alkalis, and various organic solvents. ■ Pinhole-free Uniform Coating on T-junctions Precision film formation that passes pinhole inspection even at internal junction points and sealing surfaces where thickness variation is likely. ■ High Smoothness and Non-stick Properties Reduces fluid resistance and prevents pipe blockages caused by scale and sediment adhesion. ■ Adaptability to Usage Environments Optimal resin grade selection based on temperature conditions (high temperature, thermal cycles) and liquid characteristics. 【Applicable Base Materials and Components】 ■ T-pipe fittings (tee joints), elbow pipes, cross pipes, reducing pipes, header pipes, flange fittings ■ Metal piping such as carbon steel (SGP/STPG), stainless steel (SUS304/SUS316L), etc.

"Uniform coating up to the inner corners and vertical rises" achieves smooth winding! Significantly reduces cooking and cleaning labor with excellent heat resistance and non-stick properties.

【Construction Technology】 Ceramic Coating "Biceram" - Contract Processing 【Technical Features and Functions】 ■ High Non-Stick and Release Properties Prevents sticking of egg liquid, oil, and sauce, supporting smooth flipping and rolling. ■ Completely PFAS-Free & Safe No use of organic fluorine compounds / Complies with the "Food Sanitation Act (Ministry of Health, Labour and Welfare Notification No. 370)" standards. ■ Excellent Heat Resistance and Thermal Durability High thermal stability with minimal deterioration and discoloration of the coating even at high temperatures (over 200°C to 300°C) during cooking. ■ Uniform Application to Corners and Uprights Uniform film formation down to the square corners unique to egg frying pans using the sol-gel method (liquid phase process). 【Applicable Base Materials and Parts】 ■ Egg frying pans (square type, tamagoyaki pans), frying pans, pots, stir-fry pans, heating cooking plates ■ General metal substrates such as aluminum, aluminum die-cast, stainless steel (SUS), iron, and cast iron.

【Reduce downtime of high-speed continuous sealing lines】A tough coating that withstands high-temperature heating and high pressure! Strongly prevents adhesion of packaging film.

【Construction Technology】 High Durability Fluororesin Coating "Thermo Pro Release" 【Technical Features and Functions】 ■ High Non-Stick and Thermal Release Properties Prevents melting and adhesion of plastic films and laminate materials during high-temperature heating. ■ Pressure Resistance and Wear Resistance A robust structure that is less prone to film wear and peeling even in harsh sealing environments subjected to heat, pressure, and repeated contact. ■ Uniform Application to Edges and Fine Shapes Precise coating with uniform film thickness even on the lattice and serrated shapes (laser part) of the sealing bar and edge areas. ■ Safety and Hygiene Compliance Can be safely introduced into manufacturing lines for food and pharmaceutical packaging. 【Target Substrates and Applicable Parts】 ■ Heat sealing bars, welding receiving molds, crimpers, heat sealers, integrated cutting blade sealing jigs. ■ Various metal parts including steel, stainless steel (SUS), aluminum, copper, and brass.

Uniform coating all the way to the deep box interior! Completely PFAS-free and compliant with food sanitation laws! Supports smooth release for baking!

【Construction Technology】 Ceramic Coating "Biceram" - Contract Processing 【Technical Features and Functions】 ■ High Non-Stick and Release Properties Initial release performance that strongly prevents sticking of dough, sugar, and oil. ■ Completely PFAS-Free & Safe No use of organic fluorine compounds / Complies with Japan's "Food Sanitation Act (Ministry of Health Notification No. 370)" standards. ■ Uniform Coating on Deep Holes and Complex Inner Surfaces Using the sol-gel method (liquid phase process), a film is formed without pinholes even in deep corners and bottom seams of bread pans. ■ Excellent Coating Hardness and Heat Resistance Maintains high film stability even in high-temperature environments (200°C to 250°C) during continuous baking processes. 【Target Substrates and Applicable Parts】 ■ Bread baking molds (single cases, multiple cases), bun molds, pound cake molds, various bread shaping molds. ■ Metal molds made of aluminum die-cast, stainless steel (SUS), etc.

High-hardness ceramic resistant to scratches from picks. Reduces sticking and bakes to a crisp! Completely PFAS-free and compliant with food sanitation laws for safety.

【Construction Technology】 Ceramic Coating "Biceram" Contract Processing 【Technical Features and Functions】 ■ Overwhelming Coating Hardness (Pencil Hardness 9H) Surpassing the surface hardness of fluororesin, significantly reducing contact and sliding scratches from metal tools. ■ Excellent Non-Stick and Release Properties Strongly prevents sticking of batter, sauces, and oils. ■ Completely PFAS-Free & Safe No use of organic fluorine compounds / Compliant with Japan's "Food Sanitation Act (Ministry of Health, Labour and Welfare Notification No. 370)." ■ Uniform Application on Three-Dimensional and Complex Shapes Uniform coating from the bottom surface to the side walls of takoyaki holes using the sol-gel method (liquid-phase film formation). 【Target Substrates and Applicable Parts】 ■ Takoyaki plates, large pancake molds, waffle plates, grilled meat grill plates, heating cooking molds. ■ General metal substrates such as cast iron, aluminum die-cast, stainless steel (SUS), copper, and copper alloys.

【Thorough prevention of burning and tearing】Uniform film formation even on fine designs and joints! Improved yield with excellent release properties, reducing release oil and cleaning costs.

【Construction Technology】 Fluororesin Coating (PTFE / PFA, etc.) Contract Processing 【Technical Features and Functions】 ■ Excellent Non-Stick and Release Properties Prevents sticking and burning of high-sugar, high-viscosity doughs, fillings, and fats. ■ Precise Conforming Application to Three-Dimensional Designs Uniform film formation on complex and fine uneven designs such as scales and textures, as well as matching surfaces on the periphery. ■ Superior Heat Resistance and Thermal Durability Release effect lasts longer even under continuous heating during the baking process and in high-temperature environments. ■ Compliance with Food Sanitation Laws Can be safely introduced to molds and jigs that come into direct contact with food. 【Target Substrates and Applicable Parts】 ■ Various Metal Molds (Cast Iron, Aluminum Die Cast, Copper/Copper Alloys, Steel, etc.) ■ Taiyaki molds, Obanyaki molds, Baby Castella molds, Waffle plates, Various Japanese and Western confectionery molds.

Improving the quality of web transport and extending roll lifespan: Suppressing scratches on products (workpieces) with a smooth surface! Strongly preventing roll wear caused by harsh continuous friction.

【Construction Technology】 Contracted PEEK Coating (Polyether Ether Ketone) 【Technical Features and Functions】 ■ Overwhelming Wear Resistance and Surface Hardness High toughness specification that is resistant to wear even under strong sliding friction and continuous contact. ■ Low Aggressiveness to Counter Materials Combines moderate flexibility and smoothness, reducing scratches on thin film and metal foil. ■ High Precision and Uniform Application Forms a uniform coating that does not compromise runout or geometric tolerances on the outer circumferential surface of rolls. 【Target Substrates and Applicable Parts】 ■ Conveyor rolls, guide rolls, drive rolls, pass rolls, nip rolls ■ Various metal rolls including stainless steel (SUS), steel, aluminum, etc.

Direct film formation without primer! Strongly suppresses outgassing and particle generation under vacuum and thermal environments.

【Construction Technology】Contracted Primerless Fluororesin Coating "HYPERCOAT" 【Technical Features and Functions】 ■ Completely Primerless Structure Ultra-high purity specification due to the absence of adhesive binder resin (low outgassing, low metal ion leaching) ■ No Interface Delamination & Low Dust Generation Reduces the risk of delamination, chipping, and dust generation from the substrate under chemical environments and heating/cooling cycles ■ Excellent Non-Stick Properties Suppresses the adhesion of dirt and chemicals due to the inherent non-adhesive properties of fluororesin. ■ Durability in Semiconductor-Specific Special Environments As a pure fluororesin film, it demonstrates high resistance even in special environments exposed to radicals and plasma during various semiconductor processes. 【Applicable Substrates and Parts】 ■ Various metal semiconductor manufacturing equipment parts such as stainless steel (SUS), aluminum, titanium, etc. ■ Internal components of vacuum chambers, wafer holding jigs, various piping, valves, and sealing surfaces.

"Uniform coating up to the tip and fine pin area" Excellent non-stick properties and heat wear resistance! Prevents sticking of molten resin and appearance defects, significantly reducing downtime.

【Construction Technology】 High Durability Fluororesin Coating "Thermo Pro Release" 【Technical Features and Functions】 ■ Excellent Non-Stick and Release Properties Prevents adhesion and sticking of various molten resins (ABS, PC, POM, PBT, etc.) at high temperatures. ■ Excellent Heat Resistance & Thermal Cycle Durability Suppresses degradation and peeling of the coating film even in environments subjected to continuous heating and pressure. ■ Tough Wear Resistance & Coating Adhesion Designed to be robust, making it difficult for the coating film to wear away due to resin abrasion or physical impacts. ■ High Conformability to Fine and Complex Shapes Precise application with uniform film thickness on protrusions, R sections, and thin diameters of the caulking pins. 【Target Substrates and Applicable Parts】 ■ Thermal caulking pins, thermal caulking horns, caulking chips, heat caulking jigs ■ Various metal heating joining jigs (aluminum, steel, stainless steel/SUS, etc.)

Elimination of adhesive sticking in the converting process: Prevent strong adhesive adhesion with low surface energy! Reduces sheet pulling, wrinkles, and slipping.

【Construction Technology】 Silicone-based Non-Stick Coating Contract Processing 【Technical Features and Functions】 ■ High Non-Stick and Release Properties Prevents adhesion and sticking of strong adhesives (rubber-based, acrylic-based, silicone-based, etc.) ■ Excellent Liquid Repellency and Dirt Resistance Low surface free energy prevents adhesion of adhesives, resins, and liquids ■ Uniform Coating and Roll Precision Maintenance Coats the outer circumference of the roll with a uniform film thickness, ensuring precision without compromising flatness and dimensional accuracy ■ Moderate Slip Balance Eliminates excessive snagging with transported items, supporting smooth sliding and feeding 【Target Substrates and Applicable Parts】 ■ Metal Transport Rolls (Steel, Stainless Steel/SUS, Aluminum, etc.) ■ Guide Rolls, Pass Rolls, Drive Rolls, Damper Rolls, Free Rolls