Explanation: The difference between Biocote® and fluoropolymer coatings.

High hardness, resistant to scratches and wear. Non-stick coating that withstands long-term use.

last updated Oct 22, 2026

Organic-inorganic composite "Bicoat(R)" that achieves both hardness and non-stick properties.

Composite coating system of high-hardness inorganic materials and organic materials with excellent lubricity and release properties.

last updated Oct 22, 2026

Three features of "Bicoat®" - durability, wear resistance, and non-stick properties.

Long-lasting even in harsh usage environments. Exhibits excellent release properties with highly adhesive substances.

last updated Oct 22, 2026

Selection Guide: How to Choose BiCote® Grades

Iron, stainless steel, aluminum, copper alloys... We propose the optimal grade tailored to the base material and usage environment.

last updated Oct 22, 2026

Evolution version "Biocourt(R) Exceed" CR/HR series

Further improved non-adhesiveness, corrosion resistance, and heat resistance. Ideal for molds using resins with strong adhesion.

last updated Oct 22, 2026

Case Studies: 8 Examples of Bicoat® Applications

From PET bottle molds to heat sealers. We will introduce examples of solving on-site challenges.

last updated Oct 22, 2026

Main applications of "Bycoat(R)" - from mold release to sliding parts.

Prevention of resin adhesion, wear resistance, and improved slip properties. Safe to use in areas subject to mechanical loads.

last updated Oct 22, 2026

PFAS-free compatible 'Bicoat(R)' product line expansion

There are product numbers that do not contain PFAS (fluororesin). Development of next-generation PFAS-free products is also underway.

last updated Oct 22, 2026

[Explanation] The difference between Saflon® and fluoropolymer coatings.

Adding antistatic properties to fluororesin, which is prone to charging due to its insulating nature. Reduces dust adhesion as well.

last updated Oct 22, 2026

【Selection Guide】How to Choose SafeLon(R) Grades

The corrosion resistance is AP+, the anti-fouling and release properties are AS+, the low friction and resin substrate are LF+, and the transparency is CC+.

last updated Oct 22, 2026

【Technical Q&A】Compatible substrates for Saflon® - including resins -

Compatible with iron, stainless steel, aluminum, and copper alloys. With LF+, low-temperature processing is also possible for resin substrates.

last updated Oct 22, 2026

Main uses of "Safron(R)" - Measures against adhesion due to static electricity.

Wide-ranging support from dust adhesion prevention to transport guides, chemical tanks, food equipment, and transparent parts.

last updated Oct 22, 2026

Seafron(R) LF+ - Low friction and low temperature processing product number as well.

Compatible with resin substrates at low-temperature processing numbers below 100℃. Excellent coating hardness and abrasion resistance.

last updated Oct 22, 2026

Selection Guide: How to Choose MRS Coatings

Solvent cleaning is 102, thin film and shape maintenance is 014/003, high temperature is 004, low temperature processing is 230.

last updated Oct 22, 2026

Reasons why silicone excels in release properties - Low surface tension.

The property of good repellency creates water resistance and release properties. MRS further imparts solvent resistance and hardness, among others.

last updated Oct 22, 2026

[Technical Q&A] Substrates compatible with MRS coating

Compatible with metals and ceramics. Low-temperature processing grades like MRS-230 are also suitable for resins.

last updated Oct 22, 2026

"MRS Coating" Industry-Specific Adoption Results - Packaging, Food, and Others

Achievements in seven industries: packaging, food, rubber and resin, printing, electronic components, automotive parts, and medical and pharmaceutical equipment.

last updated Oct 22, 2026

[Technical Q&A] Heat Resistance Temperature of MRS Coating

The heat-resistant grade MRS-004 can be used at 300°C under certain conditions.

last updated Oct 22, 2026

【Coating Q&A】The Difference Between PFOA-Free and PFAS-Free

PFOA is a type of PFAS. The absence of PFOA alone cannot be considered PFAS-free (non-use).

last updated Oct 22, 2026

Coating Q&A: Processing Temperature of Fluororesin Coating

PTFE and PFA are generally heated to about 400°C. The thermal deformation and dimensional changes of the substrate are checked.

last updated Oct 22, 2026

Coating Q&A: Partial Repair of Coating

We will check the type of membrane and its damage condition, and consider partial repair or reprocessing.

last updated Oct 22, 2026

Coating Q&A: Food Contact Coatings and the PL System

Synthetic resin coatings that come into contact with food must be confirmed for compliance with the PL system.

last updated Oct 22, 2026

Coating Q&A: Comparison Points for Coating Companies

We will confirm the proposal details, evaluation methods, inspections, and post-use responses, and compare them under the same conditions.

last updated Oct 22, 2026

Coating Q&A: Necessary Information for Coating Estimates

We will consider the estimate based on the material, dimensions, quantity, processing range, and usage conditions.

last updated Oct 22, 2026

Coating Q&A: Consultation on Coating Delivery Times

Confirm the processing, quantity, inspection, and the time of custody, and provide the delivery date including the necessary processes.

last updated Oct 22, 2026

Coating Q&A: Substrates that can be coated with fluororesin

We will consider metals such as stainless steel, aluminum, and iron, depending on the substrate and application.

last updated Oct 22, 2026

Coating Q&A: Industrial Non-Stick Coating

We offer non-stick treatments such as PTFE, PFA, FEP, and silicone, tailored to your needs.

last updated Oct 22, 2026

Coating Q&A: Prevention of Adhesion of Sticky Substances and Improvement of Cleanability

We will consider the application of non-stick coatings based on the contaminants, cleaning methods, and wear conditions.

last updated Oct 22, 2026

Coating Q&A: Hearing Items for Coating Consultation

We will organize the necessary usage conditions for selection, such as material, temperature, counterpart material, and cleaning method.

last updated Oct 22, 2026