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Options for the era of defluorination. PEEK coating "PEEKCOAT"
High durability and high heat resistance PEEK coating "PEEKCOAT" will be exhibited at the Mechanical Elements Technology Exhibition (Tokyo)!
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Proposal for extending equipment lifespan through contract coating.
We support the long lifespan and stable operation of production equipment through contract processing with fluororesin coating and PEEK coating!
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We prevent equipment troubles in advance with contracted coating!
We contribute to improving productivity by reducing adhesion, corrosion, and wear issues in equipment through contract processing of fluororesin and PEEK coatings!
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Solutions for release, wear, and corrosion prevention through contract coating.
We improve the release properties of production equipment and address issues of wear resistance and chemical resistance through contract processing of fluororesin coatings and PEEK coatings!
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What is the film thickness defect caused by the Faraday cage effect during electrostatic powder coating?
Causes and countermeasures for insufficient film thickness and coating defects in electrostatic powder coating during fluororesin coating and PEEK coating.
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What are the measures against edge chipping and dulling due to pre-painting treatment (sandblasting)?
Explanation of mechanical damage to be cautious of during blasting treatment for fluororesin coating and PEEK coating on blades and sharp parts.
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Precautions for Fluororesin and PEEK Coating on Aluminum Parts
Confirming the risks of strength reduction, softening, and deformation that occur during high-temperature sintering in advance.
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What is the reason for needing air vent holes in hollow products during fluororesin coating?
Explanation of important points to prevent damage accidents caused by air expansion during the firing of fluororesin coatings and PEEK coatings.
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What is PEEK resin, which is attracting attention due to PFAS regulations?
Attention is focused on fluorine resin alternatives. Characteristics and applicability of PFAS-free material PEEK resin.
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Points to note regarding product corners with fluororesin and PEEK coating.
Measures against film thickness defects and cracking at corners caused by fluororesin coating and PEEK coating.
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Risk of deformation caused by fluororesin and PEEK coating on thin plate products.
Explanation of measures against warping, distortion, and chipping caused by heat and blasting during fluororesin coating and PEEK coating.
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Caution: Substrate deformation due to high-temperature firing during fluororesin and PEEK coating.
What are the risks of distortion and dimensional changes that occur during fluororesin and PEEK coating?
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Precautions for fluoropolymer and PEEK coating on products with a hollow structure.
Design points to prevent bursting and deformation accidents that occur during fluororesin coating and PEEK coating.
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What is PEEK resin? | High-Temperature Super Engineering Plastic
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.
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Selecting Surface Treatments Without Failing in PFAS-Free Solutions
Choosing solely based on environmental considerations is dangerous. What are the PFAS measures that take into account release properties, durability, and productivity?
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PEEK Coating Introduction Consideration Guide
Optimal selection based on engineering conditions achieves both high durability and environmental compatibility. Prototyping and technical consultations are also available.
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PEEK coating with excellent durability and wear resistance.
Optimal for high load and sliding parts. Next-generation coating that balances environmental regulation compliance and long lifespan.
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Comparison of PEEK Coating and Fluororesin Coating
Optimal selection based on engineering conditions and applications. Ideal for manufacturing sites that prioritize PFAS compliance and wear resistance.
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Technology for Stabilizing Label Conveyance to an Unstoppable Line
Prevent transportation troubles and achieve "non-stop equipment." Contribute to stable operation of the labeling process.
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Measures against adhesion that cannot be solved even with fluororesin coating.
Surface treatment technology that enhances 'super' non-stick performance, capable of handling high-viscosity substances that are insufficiently addressed by conventional coatings.
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Reduce cleaning frequency, measures to address label adhesion issues.
Prevents the accumulation of paste and significantly reduces cleaning work. Reduces equipment maintenance burden and improves production efficiency.
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Label adhesive adhesion prevention non-stick coating technology
Compatible with high-adhesion labels. It suppresses adhesive attachment that could not be prevented by conventional coatings, achieving stable transport.
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Improving the yield of label printing: Measures against adhesive troubles.
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.
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Film transport adhesion prevention | Anti-static fluorine coating
The film does not stick. Achieves a stable feeding mechanism with anti-static and low friction.
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Countermeasures for line stoppage | Cost reduction with anti-static fluororesin coating
Reduce recovery work. Mitigate transport troubles caused by static electricity and improve production efficiency.
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Prevention of static electricity adhesion | Anti-static fluororesin coating
Prevents film adhesion and line stoppage. Achieves stable transport with anti-static fluororesin.
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Low friction with PTFE coating | Improvement of transport and sliding components
Reduce friction to minimize troubles. Achieve stable transport and longer lifespan with the low friction properties of PTFE.
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Fluororesin PTFE coating | Improved non-stick and release properties
Achieving a non-stick surface. Significantly improving release properties and productivity with the ultra-low friction characteristics of PTFE.
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Improving release from baked goods molds! Case study of cost reduction by half.
Doubling the usage period and reducing replacement costs by 50%.
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Achieving cost reduction by reducing re-coating frequency.
Reduce replacement and maintenance burden through increased longevity.
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