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Master Bond adhesives
Go Yen Chemical GY-PFM18 PET Impact Modifier
Categories: Other Engineering Material; Additive/Filler for Polymer

Material Notes: Intro: GY- PFM18 high performance impact modifier is designed by GO YEN CHEMICAL INDUSTRIAL CO. LTD. (GYC Group), especially aiming to downstream plastic client. This material not only has good compound ability with general plastic, such as PET, PP,PE, HDPE, LDPE, EVA, but also increases chemical and physical properties of plastic products. This item contains various advantages, such as increasing hardness, elasticity, good toughness of plastic products, improving impact strength, chemical resistance and anti-aging. GY- PFM18 is easy to operate, can be widely used in various films, sheeting and other compounding applications. It has good performance for durable ability and mechanical requirement. The applications can be package, compound, blowing molding…etc. GY- PFM18 increases not only impact resistance of elastomer, engineering and general plastic product, but also brings added-value and competitive power for customers. The product is already used to well- known elastomer, engineering and general plastic manufacturers in Japan, Korea, Europe, and USA.

Features:

  • Increase hardness
  • Improve impact strength
  • Good elasticity
  • Provide impact toughness for plastic product
  • Excellent clarity
  • When using as a sealing layer of co-extruded structures, low seal initiation temperature will combine with high seal strength to prevent delamination and seal failure
  • Good chemical resistance
  • Anti-aging
  • Can be adjusted in to a wide range of temperature when processing
  • Good adhesion with PP, PE
Applications:
  • Polypropylene (PP)
  • Polyethylene (PE): HDPE, LDPE, LLDE
  • Blown film
  • Cast film
  • Calendered Sheeting
  • Extruded Sheeting
  • Injection molding
  • PP modification
  • TPO modification
  • Various film
  • Package

Information provided by Go Yen Chemical

Vendors:
Available Properties
  • Tensile Strength at Break
  • Tensile Stress
  • Tensile Strength, Yield
  • Elongation at Break
  • Elongation at Yield
  • Tear Strength, Die C
  
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