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

Dow INFUSE 9007 OBC Toughener

Dow INFUSE 9007 OBC Toughener is a polyolefin-based elastomer from Dow’s INFUSE™ olefin block copolymer series, engineered to enhance impact strength and flexibility in polypropylene and TPO compounds without sacrificing stiffness or processability. It delivers superior low-temperature toughness, excellent melt flow, and broad compatibility—ideal for automotive interiors, packaging, and durable goods requiring robust performance and recyclability.
  • dow infuse 9007 obc toughener_bf61ce9f
  • dow infuse 9007 obc toughener_bf61ce9f

Features Of Dow INFUSE 9007 OBC Toughener

  1. Outstanding impact resistance and toughness retention at low temperatures

  2. Excellent melt processability for high-output extrusion and injection molding

  3. Superior compatibility with polypropylene (PP) and polyethylene (PE) matrices

  4. Enhanced stress whitening resistance in rigid thermoplastic blends

  5. Low extractables profile suitable for regulated packaging and consumer applications

Typical Applications Of Dow INFUSE 9007 OBC Toughener

  1. Automotive interior trim components requiring dimensional stability and impact performance

  2. Rigid packaging containers for food, personal care, and household products

  3. Medical device housings and non-sterile disposable components

  4. Consumer durable goods such as power tool housings and appliance parts

  5. Thin-wall injection-molded parts demanding consistent flow and weld-line strength

Specifications Of Dow INFUSE 9007 OBC Toughener

Chemical TypeOlefin Block Copolymer (OBC)
Product FormPellets
AppearanceOff-white, free-flowing cylindrical pellets
Primary ApplicationsToughening agent for PP and PE-based compounds
Key FeaturesLow density, high elasticity, excellent thermal stability
BenefitsImproved ductility without sacrificing stiffness or clarity
Processing MethodInjection molding, extrusion, blow molding
Regulatory ComplianceMeets FDA 21 CFR §177.1520 for food-contact applications (subject to formulation)


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