The company specializes in semiconductor device manufacturing process using the "Engineering Plastic Engineering Plastic" has excellent mechanical properties: heat resistance, electrical, chemical, optical properties and processing efficiency can be used as engineering plastic materials use; today's engineering plastics also coupled to mass production, processing, easy, and can replace metal, heat-resistant nature of the desired temperature above 100 ℃, tensile strength 500kg/cm2 more resistant to impact strength 6kg/cm2 more products more cars, motor, communication machines, industrial machinery, parts and building materials machinery and other things with tubes. Engineering plastic with corrosion-resistant, anti-aging, high mechanical strength, wall friction coefficient, excellent electrical insulation properties, good mechanical properties, are easily deformed by prolonged pressure on its merits; electronic semiconductor, environmental protection, water treatment, chemicals, piping piping works related industries, reflected in its practical application examples can. Many engineering plastic deformation is due to clamping: clamp the workpiece can not be processed is not tight; gripping too tightly, after processing the hole becomes oval. Workpiece size is too small can be easily deformed; the hole after drilling is generally slightly smaller than the bit size, use cutting fluid, speeds, do not feed too fast. If the aperture to be very accurate, then the final cut with a cutter or boring tool.
● common types: PVC vinyl chloride, UPE UHMWPE, PVDF poly vinyl fluoride Asia, PEEK ™ PEEK, PPS stretch poly phenyl sulfide, PP polypropylene, HDPE polyethylene, NYLON nylon, PC poly-carbonate resin, POM plastic steel, PMMA acrylic, PAI thallium Long, MC NYLON nylon, PETP, ABS, PES, PEI ..., etc.