TECAPEEK Plastic

Tecapeek RP is reinforced for excellent resistance to fatigue and wear. It’s well-suited for industrial machinery, automotive internals, and other heavy-duty uses where repeated mechanical stress demands high structural integrity.

This 30% glass fiber-filled PEEK delivers superior strength and dimensional stability under heat. It’s used in housings, insulators, and mechanical components that need to hold tolerance and rigidity in demanding environments.

Tecapeek CMF is designed for clean manufacturing environments where outgassing and contamination must be minimized. It offers high mechanical stability and thermal performance, making it suitable for fixtures, nests, and tool components in semiconductor processing.

This semiconductor-grade PEEK is formulated for high-purity applications. It resists harsh process chemicals and maintains low particle generation, ideal for wafer handling, CMP tool components, and cleanroom assembly parts.

UD Blue is a visually detectable grade of PEEK often used in food or pharmaceutical processing where traceability is critical. Its blue color allows for easy visual detection of contamination while maintaining the mechanical and chemical resistance PEEK is known for.

Un PEEK conducteur amélioré par la nanotechnologie, ce grade est conçu pour les composants électroniques nécessitant une dissipation statique et une résistance mécanique élevée. Il est utilisé dans les boîtiers, les blindages et les corps de capteurs dans les environnements où la protection ESD est critique.

Tecapeek ST is a high-temperature grade formulated to maintain performance in extreme thermal environments. It is commonly used in aerospace, oil and gas, and automotive parts exposed to continuous high heat and mechanical load.

This PEEK grade is designed for parts requiring consistent insulation and dimensional control under temperature shifts. It’s often used in high-frequency or high-voltage insulation, and in sensor mounts or guides where signal protection is important.

Tecapeek SD is a static-dissipative grade developed to prevent buildup of static electricity in sensitive systems. It’s used in semiconductor handling, cleanroom robotics, and anywhere static control helps prevent material damage or contamination.

Developed for medical applications, Tecapeek MT is biocompatible and sterilizable. It’s used in surgical guides, orthopedic tools, and implants requiring long-term performance inside the human body or repeated contact with sterilization cycles.

PVX is a wear-optimized grade of PEEK with built-in lubricants to reduce friction. It’s ideal for bearing surfaces, thrust washers, seals, and bushings where extended wear life and low maintenance are priorities.

SX is engineered for ultra-high strength and rigidity, likely combining reinforcement with high-purity polymer processing. It's built for mission-critical parts in high-stress or high-temperature industries like defense or advanced electronics.

This carbon fiber-reinforced injection molding grade combines stiffness, heat resistance, and light weight. It’s used for molded parts in structural assemblies where load, heat, and minimal deformation are priorities.

A glass-filled injection molding grade that offers strength, toughness, and thermal performance. It’s often used in pump parts, compressor components, and precision enclosures that require tight tolerances and mechanical durability.

General-purpose injection molding PEEK offering a reliable mix of strength, chemical resistance, and temperature tolerance. It’s commonly used in aerospace clips, engine components, and high-end electrical insulators.

SM is likely tailored for stability in sensor mounts or structural monitoring systems, where precision under mechanical or environmental stress is critical. It may offer a mix of stiffness, minimal creep, and electrical neutrality.

Tecapeek CM XP100 is developed for extreme thermal environments where both mechanical integrity and chemical resistance must be maintained. It’s ideal for components in aerospace, energy, or semiconductor systems that operate at sustained high temperatures with minimal material distortion.

This grade is tuned for applications needing both wear resistance and strength in dry-running conditions. It performs well in bushings, sliding components, and precision parts where reduced friction and long-term durability are essential.

XP91 is formulated for dimensional accuracy and minimal thermal expansion, making it suitable for high-precision parts like valve seats, sensor carriers, or measurement-critical mechanical assemblies exposed to heat and load.

Designed for chemically aggressive environments, XP96 resists acids, solvents, and high-purity cleaning agents. It’s often used in process equipment, flow components, or fixtures in semiconductor and pharmaceutical systems where contamination and material breakdown are unacceptable.