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Components to Meet the Rising Needs in CMP 

Syensqo’s advanced polymer solutions for the semiconductor market offer exceptional properties for high-performance combined with cost-effectiveness. They are known for incredible chemical resistance, thermal and dimensional stability, and the ability to withstand high temperatures in all parts of a semiconductor.

  • Halar® ECTFE - Halar® ECTFE offers an extraordinary blend of physical and mechanical properties, including chemical resistance as a lightweight, semi-crystalline, and melt-processable material. Its unique structure allows for a vast temperature range, incredible abrasion resistance, outstanding impact strength, ultrapure qualities, suitability for wetted parts, micro-smooth surface and fire resistance with no fixed fire protection. It also provides exceptional retention of weld strength, swelling, weight loss, color and surface changes.
  • Hyflon® Perfluoropolymers - Hyflon® Perfluoropolymers, a range of melt-processable perfluoroalkoxy fluorocarbon resins, is specially designed to withstand high temperatures with an excellent chemical resistance thanks to its good processing stability, surface smoothness, low thermal rating, high tenacity, high flex-life and superior resistance against aggressive environments and thermal stress cracking.
  • Solef® PVDF - Solef® PVDF enhances semiconductor components as an exceptionally pure, non-reactive thermoplastic. It offers intrinsic chemical stability, fire and oxidation resistance and withstands aggressive environments without degradation. There is no need for additives, fillers, pigments or fire retardants with Solef® PVDF.  
  • Algoflon® PTFE - Algoflon® PTFE, a high-molecular-weight thermoplastic that consists wholly of carbon and fluorine atoms, offers the qualities of high performance against extreme temperatures, corrosion resistance, mechanical toughness, chemical inertness, incredibly low coefficient of friction, phenomenal release and water repellent properties, reduced friction wear and energy consumption of machinery. 
  • Ryton® PPS - Ryton® PPS, a semi-crystalline, high-heat polymer, offers a unique combination of properties and cost/performance balance. Its exceptional qualities include dimensional stability, flame-retardance without additives, chemical resistance comparable to PEEK and fluoropolymers, a combination of both long-term and short-term thermal stability, notably high modulus and creep resistance, remarkable chemical resistance to a wide variety of aggressive chemical environments and precision molding to tight tolerances with high reproducibility.
  • KetaSpire® PEEK - KetaSpire® Reliable is a high-performance polymer ideal for semiconductor packaging, assembly, and test applications with benefits including high strength, dimensional stability, best-in-class fatigue resistance, a wide range of semiconductor applications with critical performance attributes, high thermal resistance, low ionic properties, optimal creep resistance and extraordinary strength and stiffness.
  • AvaSpire® PAEK - AvaSpire® PAEK is a high-performance, cost-effective family of polymers polyketones that offers excellent ductility and toughness, 20% higher tensile elongation at yield and double tensile elongation at break values than similar materials, high stiffness, outstanding chemical resistance and exceptional aesthetics and colorability.
  • Torlon® PAI - Torlon® PAI is a family of polyamide-imides that offers advantageous melt-processing qualities combined with high-performance properties, including outstanding strength and wear resistance, high thermal tolerance, remarkable strength retention, dimensional stability, precision machinability to extremely tight tolerances and extreme chemical resistance.
  • Fluorolink® PFPE - Flurolink® PFPE, a line of versatile fluids based on perfluoropolyether technology, delivers exceptional properties to the material on which it is applied. Its strengths include a bifunctional perfluoropolyether structure with a high molecular weight and the ability of the functional groups present in the chain to facilitate interaction with substrates and polymers. 
  • HPCC - HPPC (high purity cerium carbonate) enables manufacturers to customize CMP abrasives and semiconductor slurries at the highest quality level.