Material pyramid by heat resistance: high-temperature plastics (300°C+), engineering plastics (150°C), standard plastics (100°C). Raw material partners include SOLVAY, Victrex, SABIC, ARKEMA and more.
Chemical and weather resistant; high purity and melt-processable; commonly used for chemical lining and high-purity piping.
Excellent low-temperature performance (down to -240°C); extremely low gas permeability; good chemical resistance, transparent.
Highest mechanical strength and wear resistance among fluoropolymers; excellent weatherability and chemical resistance; used in demanding environments and piezoelectric applications.
Melt-processable fluoropolymer; continuous use to ~200°C; low friction, chemical inertness, excellent electrical insulation.
Combines PTFE-like chemical inertness with melt processability (injection/extrusion); continuous use to 260°C; suited to high-purity and semiconductor applications.
Resists nearly all chemicals; extremely low coefficient of friction; wide service range (-200 to 260°C); non-stick and excellent electrical insulation; lower mechanical strength, prone to creep.
Transparent, heat resistant (long-term ~160°C), dimensionally stable, steam sterilizable, good electrical insulation.
High impact strength and hydrolysis resistance; steam sterilizable, transparent amber; widely used in medical and food-contact applications.
Transparent, high temperature resistance (long-term ~180°C); excellent dimensional stability and creep resistance; steam sterilizable, good electrical insulation.
A polyaryletherketone grade with the highest temperature capability in the family; further enhanced mechanical performance and heat resistance for extreme service conditions.
High-performance polyaryletherketone with superior heat resistance to PEEK; combines high strength, chemical resistance and good processability.
A high-performance polyaryletherketone with higher melting point and temperature capability than PEEK; excellent mechanical strength, chemical resistance and dimensional stability.
Highest mechanical strength and excellent heat resistance (short-term above 275°C); outstanding wear resistance and creep resistance, low thermal expansion; ideal for bearings and seals.
Combines polyimide heat resistance with thermoplastic processability; injection-moldable, high temperature resistance, high strength and low wear.
Excellent thermal stability (continuous use above 260°C), outstanding mechanical strength, electrical insulation and radiation resistance; good chemical resistance, typically compression-molded or sintered.
Excellent high intensity and rigidity.Good glossiness of surface.Low creep properties and slowly hyfroscopicity.Excellent dimensional stability and good performance of chemical resistance.
Chemical resistance; low level of creep, high dimensional stability due to low moisture absorption,high modulus of elasticity, inherently flame resistant.
Very good mechanical and electrical properties. Inherently flame resistant. Fulfils the foodstuffs requirements.
Balanced profile of properties; low level of creep, high modulus of elasticity.Excellent tribological properties,especially abrasion resistance.Very good resistance to different media, FDA conformity and physiologically harmless. Very good chemical resistance. Inherently flame resistant.
