機能:摺動性・耐摩耗性・すべり性

機能:摺動性・耐摩耗性・すべり性
本カテゴリでは、摺動性・耐摩耗性・すべり性を付与する機能性コーティングに関する製品・技術情報を掲載しています。ふっ素樹脂コーティング(PTFE・PFA)をはじめ、低摩擦特性に優れた表面処理により、部品同士の接触時に発生する摩擦や摩耗を低減する技術をご紹介します。 これらのコーティングは、摺動時の抵抗を抑えることでスムーズな動作を実現し、摩耗や焼き付きの発生を抑制します。潤滑剤の使用量低減や無潤滑化にも寄与し、設備のメンテナンス性向上や長寿命化に貢献します。 搬送部品、ガイド、スライド部品、ロールなどに適用され、産業機械、包装機械、電子部品製造装置など幅広い分野で、動作安定性の向上やエネルギー効率の改善に寄与します。
1~30 item / All 39 items
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Improved wear resistance with thick film PEEK coating.
High-durability PEEK coating resistant to wear and chemical environments, achieved through thick film processing of up to 3000μm.
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Thick-film PEEK coating that realizes long equipment lifespan.
Reduce maintenance frequency with a thick film design that ensures wear allowance.
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Thick film PEEK coating suitable for secondary processing.
Thick film coating that allows dimensional adjustments through machining after painting.
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PEEK coating that solves insufficient film thickness
Thick film PEEK coating technology that suppresses cracking and peeling.
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Non-stick coating that demonstrates high durability in continuous cutting processes.
Reduced cleaning frequency and line stoppages with over 200,000 disconnection records.
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Non-stick coating that maintains the sharpness of blades.
Maintaining high-precision processing without compromising the edge shape in thin film design below 1μm.
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Measures to prevent blade adhesion in adhesive sheet processing
Non-stick coating that suppresses adhesive attachment to blades while maintaining sharpness and productivity.
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Release coating for blades and precision molds "NonStick STC"
Prevention of foreign matter adhesion on cutting edges and precision molds! "Ultra" thin film release coating "NonStick STC" (trademark application pending)
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Causes and countermeasures for adhesion and sticking coatings
Approaching the mechanism of adhesive attachment through surface energy control.
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Technology to improve productivity by reducing cleaning in the cutting process.
Non-stick treatment to reduce maintenance man-hours and tool replacement frequency.
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Improvement of yield by preventing scratches in metal printing.
An improvement case of transport fixtures using PEEK coating that reduced the defect rate to one-sixth of the conventional level.
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Coating for damage prevention in transportation engineering
Reduce contact damage with metal plates and stabilize print quality.
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Reduction of defects and cost improvement through PEEK coating.
Achieved cost reductions on the scale of tens of millions of yen by reducing the defect rate by one-sixth.
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PEEK coating that achieves long-term stable operation of metal printing processes.
Stable quality maintenance with excellent wear resistance PEEK coating.
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Coating that imparts slip properties to rubber parts.
Coating that improves sliding properties and transport stability by reducing friction.
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Fluorine-based coating that accommodates stretch and bending in rubber materials.
A coating that adheres well and maintains functionality while following deformation.
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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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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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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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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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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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Coating application expanded by low-temperature treatment.
Fluorine-based coating applicable to parts that were traditionally difficult to coat.
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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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ETFE coating with excellent abrasion resistance.
Surface treatment that is strong against shock and wear, contributing to increased longevity.
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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 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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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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How to Choose Fluoropolymer Coatings
A clear explanation of the differences and applications of PTFE, PFA, FEP, and ETFE.
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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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Selecting Fluororesin Coatings by Application!
A clear explanation of the optimal materials according to their intended use.
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