JCM JAPAN CO.,LTD

SUMIKA SUPER S-1000是一种全芳香族聚酯树脂，即使在400°C下也不会熔化和变形，在260°C时具有优异的耐热性。 由于低切削性，由于受热而熔化，具有出色的稳定性。 同时，毛刺很少，材料适合精细加工。

SUMIKASUPER S-1000 主要应用包括电子零件检测夹具、连接器、玻璃制造夹具、插座和绝缘零件

Engineering plastic R2000 is suitable for ultra-fine processing and is an "energized inspection device (contact/non-contact)" - an important material to ensure the quality inspection of cutting-edge electronic products. It can be said that it is the most suitable material for "high-precision jigs for 4-terminal inspection".

In addition, it is also used in high-precision jigs such as "semiconductor packaging substrates" and "ultra-fine pitch circuits". The biggest feature is its good processing performance and the ability to achieve "aperture diameter of 50 microns and minimum hole wall of 10 microns." It is also widely used in test fixtures such as "connectors", "probe cards" and "functional tests".

SCM8000 is 100% UPI (Ultra Performance Polyimide) raw material, produced by hot pressing molding: PBI method.

Heat distortion temperature: ~480°C, and has excellent mechanical properties, wear resistance and extremely low water absorption of 0.06.

PPS polyphenylene sulfide is a polymer material with excellent comprehensive properties.

Because of its excellent physical and chemical properties, low density, heat resistance, dimensional stability, strong material rigidity, high hardness, deformation resistance and fatigue resistance, it can be widely used in automotive parts, automotive electronics, electronic parts, Electronic product casing/coating, electrical insulation, industrial membranes, environmentally friendly filter materials and other fields.

With the continued development of electric vehicles in the future, the global demand for PPS will continue to increase.

Polyetheretherketone (PEEK) - TECAPEEK natural is a high-performance semi-crystalline high-temperature plastic produced by Ensinger based on Victrex® PEEK 450G or Solvay KetaSpire® KT-820.

The material has excellent wear resistance and excellent mechanical properties even under thermal loads. Excellent chemical resistance and high operating temperatures (up to 260°C) make TECAPEEK the most commonly used material for highly pressurized parts. Its excellent dimensional stability and high creep stability make PEEK material suitable for the most complex processing parts.