Ultra-high purity materials for the most demanding cleanroom environments
Semiconductor fabrication requires materials with extreme purity, minimal outgassing, and zero particle generation. Our UHP-grade fluoropolymers and high-performance plastics meet the stringent contamination control requirements of modern wafer processing, from wet bench chemistry and CMP to wafer transport and gas delivery systems.
Ultra-pure engineering plastics are essential to achieving the contamination control targets of advanced node fabrication
Proven plastics for semiconductor fabrication environments
The standard material for UHP water and chemical distribution systems. Excellent resistance to deionized water, acids, and solvents with very low extractables. Ideal for piping, tanks, and wet bench components.
Universal chemical resistance for wet bench applications. UHP grades offer extremely low trace-metal contamination. Used for tank linings, wafer carriers, seals, and gaskets in aggressive etch and clean processes.
High strength and dimensional stability for precision wafer handling components. ESD-safe grades available for end effectors and vacuum chucks. Excellent wear resistance for CMP retaining rings and mechanical parts.
Melt-processable fluoropolymer combining PTFE-like chemical resistance with the ability to form complex tubing and fittings. The material of choice for UHP chemical delivery lines and high-purity fluid connectors.
Exceptional dimensional stability and low friction for precision mechanical fixtures, alignment jigs, and transport components. Cleanroom-compatible grades minimize particle generation in automated handling systems.
The highest mechanical strength of any thermoplastic, with outstanding wear and temperature resistance. Used for high-load bearings, seal rings, and structural components in high-temperature semiconductor process equipment.
Supporting the exacting standards of semiconductor fabrication
We source semiconductor-grade stock from leading manufacturers with full lot traceability and certificates of analysis. UHP-grade PVDF, PTFE, PFA, and PEEK are available from stock with documented trace-metal analysis and extractable test data.
Our CNC machining capabilities produce tight-tolerance semiconductor components from UHP stock materials. Parts can be cleaned, packaged, and delivered to your cleanroom-ready specifications with controlled packaging to prevent recontamination.
Selecting the right material for semiconductor applications requires balancing purity, chemical resistance, mechanical properties, and cost. Our engineers understand semiconductor process requirements and can help you optimize material selection for your specific application.
Deepen your knowledge of plastics in semiconductor applications
A comprehensive guide to selecting the right plastic based on chemical exposure, with resistance charts for acids, bases, and solvents used in semiconductor processing.
Best practices for machining PEEK components to tight tolerances — essential knowledge for producing precision wafer handling and CMP parts.
Everything about PTFE, PVDF, PFA, ECTFE, and PCTFE — the fluoropolymer family that dominates semiconductor wet processing and fluid handling.
Tell us about your application requirements and purity specifications.
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