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31～60 item / All 84 items
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We accept inquiries about fluoropolymer coatings!
Comprehensive support from material selection to specification design.
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How to avoid mistakes in selecting fluoropolymer coatings
Avoid troubles with optimal design that fits the purpose and conditions.
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Selecting Fluororesin Coatings by Application!
A clear explanation of the optimal materials according to their intended use.
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Comparison of various fluoropolymer coatings: PTFE, PFA, FEP, ETFE.
Support optimal material selection by organizing performance deficiencies.
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How to Choose Fluoropolymer Coatings
A clear explanation of the differences and applications of PTFE, PFA, FEP, and ETFE.
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What is the difference between PTFE and PFA? Considerations for selecting ETFE coatings.
Practical fluororesin coating chosen for its performance balance.
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ETFE coating that is easy to process into thick films.
Surface treatment that enhances design flexibility with thick film and secondary processing support.
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ETFE coating for chemical resistance applications
Fluororesin coating ETFE that balances corrosion resistance and durability.
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ETFE coating with excellent abrasion resistance.
Surface treatment that is strong against shock and wear, contributing to increased longevity.
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What is ETFE coating? A brief explanation of its features.
Practical fluoropolymer coating ETFE that combines durability and processability.
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Non-stick coating to prevent nozzle contamination
Reduce cleaning frequency and maintenance burden by decreasing adhesion.
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Nozzle surface treatment to prevent poor ejection.
Suppressing liquid dripping and positional displacement to achieve stabilization of precise coating.
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Measures to prevent liquid from creeping up the dispenser.
Suppressing the wetting spread on the nozzle outer surface and improving discharge accuracy.
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Case study on improving plating jigs with PFA coating.
Achieving stable operation through corrosion prevention, insulation, and improved liquid drainage.
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PFA coating to extend the lifespan of jigs.
Contribute to reducing total costs by decreasing exchange frequency.
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PFA coating for semiconductor-related plating processes.
High-performance coating that supports high clarity and reproducibility.
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Surface treatment to stabilize plating quality.
Suppress metal leaching and foreign matter generation to maintain high quality.
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PFA coating that improves the liquid drainage properties of chemical solutions such as plating solutions.
Suppressing the carrying out of liquid medicine to improve cleaning efficiency and process stability.
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Anti-corrosion PFA coating for plating jigs
Protecting fixtures from the chemical environment to achieve process stabilization and quality improvement.
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PFA coating for semiconductor manufacturing equipment
High purity and low particle characteristics excellent surface treatment PFA coating
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A clear explanation of the differences between PTFE and PFA.
Differences in liquidity create variations in coating quality and reliability.
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PFA coating suitable for insulation purposes
Surface treatment PFA coating to enhance insulation reliability with a low-defect film.
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PFA coating with excellent chemical resistance.
High corrosion-resistant coating that protects the base material even in strong acid and strong alkali environments.
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What is PFA coating? Features and applications.
High-reliability fluoropolymer coating PFA understood from the differences with PTFE.
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Coating application expanded by low-temperature treatment.
Fluorine-based coating applicable to parts that were traditionally difficult to coat.
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Low-temperature sintering fluorine-based coating to prevent adhesion troubles.
Fluorine-based surface treatment that suppresses the adhesion of adhesives, resins, and dirt.
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Low-temperature sintering fluorine-based coating suitable for precision parts.
Surface treatment that can impart surface functions while suppressing dimensional changes.
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Coating for preventing adhesion of resin parts
Low-temperature processing technology capable of handling everything from general-purpose resins to super engineering plastics.
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Coating that imparts non-stick properties to resin parts through low-temperature sintering.
Low-temperature sintered fluorine-based coating that suppresses thermal effects and imparts fluorine functionality.
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Surface treatment technology to extend the lifespan of rubber components.
The FU series of low-temperature sintered fluorine-based coatings contributes to reducing abrasion damage and maintaining performance.
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