Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Dow AFFINITY PF 1140G Toughener

Dow AFFINITY PF 1140G Toughener is a metallocene-catalyzed ethylene-octene copolymer from Dow’s AFFINITY polyolefin elastomer (POE) series—designed to enhance impact strength, flexibility, and low-temperature toughness in PP and PE blends without compromising clarity or processability.
  • dow affinity pf 1140g toughener_f529166d
  • dow affinity pf 1140g toughener_f529166d

Features Of Dow AFFINITY PF 1140G Toughener

  1. Proprietary ethylene-octene copolymer offering exceptional impact resistance at low temperatures.

  2. Designed for excellent melt processability in extrusion, injection molding, and blow molding operations.

  3. Provides superior compatibility with polypropylene (PP) and polyethylene (PE) matrices without sacrificing clarity or stiffness.

  4. Enables significant improvement in notched Izod impact strength while maintaining good tensile properties.

  5. Halogen-free formulation supporting sustainability goals and regulatory compliance for automotive and packaging applications.

Typical Applications Of Dow AFFINITY PF 1140G Toughener

  1. Automotive interior trim components requiring low-temperature ductility and scratch resistance.

  2. Rigid packaging for consumer goods, including thin-walled containers and caps.

  3. Medical device housings where toughness, sterilizability, and biocompatibility support are critical.

  4. Industrial containers and totes demanding impact resilience under variable ambient conditions.

  5. Coextruded multilayer films requiring enhanced seal integrity and puncture resistance.

Specifications Of Dow AFFINITY PF 1140G Toughener

Chemical TypeEthylene-octene copolymer
Product FormPellets
AppearanceOff-white, free-flowing pellets
Melt Index (190 °C/2.16 kg)1.0–2.0 g/10 min
Density (ASTM D792)0.868–0.872 g/cm³
Octene ContentApprox. 18–22 wt%
Primary ApplicationsPP/PE toughening, impact modification, flexible packaging
Key FeaturesLow-temperature toughness, processing efficiency, matrix compatibility


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