High-performance thermoplastic, with excellent mechanical properties, high resistance to high temperatures, good chemical resistance and flammability and low smoke emission.

Excellent wear resistance, fatigue dynamics and radiation. Its main properties are high strength at high temperatures (up to 310 °C in points), good radiation resistance, dimensional stability, low flammability, good electrical insulator, good sliding properties, hydrolysis resistance and good machinability.

Its main applications are electrical, valves, gears, pump components, injection molded components, aerospace and irradiated environments.

FEATURES	METHOD	UNIT	VALUE
Density	DIN 53 479	g/cm3	1,32
Yield point effort	DIN 53 455	Mpa	92
Elongation at break	DIN 53 455	%	50
Impact resistance	DIN 53 453	Kj/m2	Not break
Dynamic coefficient of friction	–	N/mm2	0,3-0,38
Melting point	DIN 53 736	°C	334
Glass transition temperature	DIN 53 736	°C	143
Max. temperature short period	–	°C	300
Max. temperature continuous	–	°C	250
Thermal conductivity (23º C)	–	W (Km)	0,25
Specific heat capacity (23 ºC)	–	SI (J/K)	0,32
Linear expansion coefficient (23 ºC)	–		4,7
Dielectric coefficient (10 6 Hz)	DIN 53 483	–	3,2-3,3
Dissipation factor	DIN 53 483	–	0,001 – 0,004
Specific step resistance	DIN 53 483	–	4,9 x 10 6
Dielectric strength	DIN 50 481	Ohm	20