CCS - Customized Compound Solution by Bjørn Thorsen A/S

Opti-Flex™ TPO 2620-60A

Opti-Flex TPO 2620-60A is a clear, flexible, specialty polypropylene-based thermoplastic elastomer (TPE-O) from the Opti-Flex TPO 2600 series. It offers high flow properties for improved injection molding and combines flexibility with silky touch and excellent clarity. It is suitable for food-contact applications, EPR/EPDM-free, and fully compatible with polypropylene.

Key Features:

  • High-flow for easy injection molding
  • Excellent clarity and silky surface finish
  • Flexible polypropylene-based formulation
  • Food-contact compliant and recyclable in PP stream

Processing Form:

  • Injection Molding

Processing Notes:
Process at 160 °C with mold temperature 10–20 °C. No drying necessary. Use PP or PE as purge materials and LDPE masterbatch for coloring.

Application:

Food contact applications

Hardness:

60A

Delivery Form:

Pellets

Opti-flex PO is the new generation of TPE-O (thermoplastic elastomers – olefin based) developed by Bjørn Thorsen A/S  to offer an alternative to existing TPEs and PVC.

Soft, Flexible, and Recyclable Alternative to TPEs and PVC for High-Performance, Sustainable Applications.

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Opti-Flex TPO is Designed with Sustainability in Mind

Recyclability

As a thermoplastic elastomer, TPO can be recycled during and after manufacturing, minimizing waste and contributing to a circular economy. Some Recyclass available guidelines demonstrate suitability of the solution at levels up to 10% in PP.

Lightweight for Energy Savings

As an unfilled thermoplastic elastomer, Opti-Flex TPO has an extremely low specific gravity, allowing significant weight savings vs similar TPEs of same hardness.

Durability

Excellent Tensile & Tear properties combined with good stability allow long product lifespan, thus decreasing the need for replacements, reducing resource use over time.

Eco-Friendly Alternatives

Being primarily based on polyolefins, Opti-Flex TPO exhibits some of the lower carbon footprint among virgin (fossil-based) thermoplastic elastomers of same hardness, as demonstrated by available CO2 footprint values calculated specifically.

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Technical Data Sheet
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