“Hard” plastic with excellent chemical resistance; works over a wide temperature range.
Polyetheretherketone (PEEK board) specification is a high performance semi-crystalline high temperature plastic produced on the basis of high quality PEEK raw materials. As the most well-known and important member of the polyaryletherketone series, this material has excellent wear resistance and excellent mechanical properties even under thermal load. With excellent chemical resistance and high operating temperatures (up to 260 ° C), PEEK materials are the most popular material for high pressure parts. PEEK's excellent dimensional stability and high creep stability make PEEK materials suitable for complex workpiece production.
PEEK series material selection
Polyetheretherketone (PEEK) specification resin is a special engineering plastic with excellent performance. It has excellent heat resistance and its heat distortion temperature is 160 °C. When it is reinforced with 20%-30% glass fiber, it is thermally deformed. The temperature can be increased to 280-300 ° C, and the electrical insulation performance is very good. It still has a small dielectric constant and dielectric loss in the high frequency range. Excellent chemical stability, very stable to almost all chemical reagents (except concentrated sulfuric acid), and good chemical stability at higher temperatures.
In the market special working environment, the modification of PEEK pure material can meet the needs of more fields and industries. The main methods include blending modification, copolymerization modification, composite reinforcement modification, filling modification, nano modification and surface modification. Through modification, it can enhance wear resistance, impact strength, etc., expand its application range and increase material service life.
Polyetheretherketone (PEEK) specifications:
Plate: T3-100mm Maximum product width: 640mm
Maximum length of product：3000mm
PEEK commonly used modification：
Glass fiber modification: 10%-30% glass fiber modification
Carbon fiber modification: 10%-30% carbon fiber modification; carbon fiber, graphite and PTFE mixed modification
Resistance modification: Conductive and antistatic modulation.