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Master Bond adhesives
Go Yen Chemical GYC-AT-52 Permanent polymer type Anti-Static Agent
Categories: Other Engineering Material; Additive/Filler for Polymer

Material Notes: Intro: Plastics have good process-ability, light weight, fine chemical resistance, which make them ideal for extensive applications. However, plastic products easily fall prone to buildup of static electricity from friction, causing abnormal discharge that can sabotage electronic parts, or dust attraction onto products. Neither of each is pleasant to be seen by manufacturer and consumers. Average anti-static agent in the market, yet, can be affected by environment and exterior forces, thus reduce the performance. Therefore, GO YEN CHEMICAL INDUSTRIAL CO. LTD. (GYC GROUP) R&D team developed the evolutionary GYC-AT-52, a nano high molecular weight anti-static additive. It can be applied to various Polyolefin products like polyethylene, PE?HDPE LDPE, polypropylene, PP, EVA, POE. GYC-AT-52 has excellent anti-static performance that will not be decreased by temperature and humidity; furthermore, it can maintain in the products even after washing and wet wiping. As a water-resistant long acting anti-static agent, GYC-AT-52 can apply to masterbatch, blowing, extrusion, film, sheet, and other packing materials.

Features:

  • Long acting anti-static effect
  • Good antistatic performance
  • Efficiently reduce resistivity
  • GYC-AT-52 is a nano high molecular weight additive
  • Performance will not be decreased by wiping or exterior friction
  • Resistant to water. Can still eliminate the buildup of static electricity
  • Suitable for twin-screw extruder and injection molding machine
  • Can be kneaded with thermoplastic resin (PP?PE), pigment and filler.
Applications:
  • Polyethylene, PE?HDPE LDPE
  • Polypropylene, PP
  • Other Polyolefin, EVA, POE
  • Anti-Static masterbatch
  • PP, PE blowing, extrusion, and injection
  • IC electronic parts, circuit protection
  • Information provided by Go Yen Chemical

Vendors:
Available Properties
  • Melting Point
  • Decomposition Temperature
  
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