PA is a macromolecular, partially crystalline thermoplastic with high impact resistance. The combination of hardness and stability on the one hand as well as toughness and tensile strength on the other hand is achieved by no other thermoplastic. Today PA is one of the most used plastics in machine construction. It has good chemical resistance and additionally it is bond- and weldable.
POM-C is a highly crystalline thermoplastic. It is characterised by an extremely low water absorption, very high measuring stability and optimal processing properties (short-chipping). Because of the favourable properties – high hardness, stiffness and stability combined with good toughness and chemical resistance as well as favourable friction and wear behaviour – POM-C can be used in many cases instead of metallic materials.
Similar to PPSU and PEI, PSU belongs to the group of the amorphous high performance thermoplastics with very good mechanical, electrical and thermal properties for applications with higher service temperatures combined with mechanical stress.
PPS is an oxidation- and hydrolysis resistant plastic, which can be used for applications with a service temperature of up to 260°C. PPS has a low sliding friction coefficient and a high abrasion resistance. No water absorption, excellent dimensional stability as well as oil and fuel resistance are further properties. Because of the high hardness tight tolerances are possible.
PI (Polyimide) is a crystalline plastic which is suitable for applications in the high and low temperature range.
Similar to PPSU and PSU, PEI belongs to the group of the amorphous high performance thermoplastics with very good mechanical, electrical and thermal properties. PEI is well suitable for applications with higher service temperatures combined with mechanical stress.
PES (Polyethersulfone) is an amorphous thermoplastic with high temperature resistance.
PEEK is a high performance plastic, which is characterised by high temperature resistance, excellent chemical resistance and excellent mechanical properties.
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