Footwear
Outsoles, midsoles and injected components that must flex for years without cracking.
Nine sectors, one question: what does the part have to survive? Start there and the material follows.
Indicative performance ratings for orientation only — final values are grade-specific and confirmed on the technical data sheet.
Outsoles, midsoles and injected components that must flex for years without cracking.
Interior skins, bellows, cable ducts and under-the-hood parts with tight OEM specs.
Breathable membranes, laminates, coatings and synthetic leather for apparel and mobility.
Jacketing and insulation compounds where flame, oil and cold-bend performance decide the tender.
Pneumatic and hydraulic lines that keep their bore under pressure and temperature cycling.
Food-contact and heavy-duty belting that survives cleaning cycles and continuous flexing.
Sealants, reactive adhesives, membranes and flooring systems with long service life.
Tubing, catheters and device components requiring documented biocompatibility.
Seals, hoses, cords and soft-touch overmoulds inside white goods and small appliances.
The same nine sectors, entered from the product side — the route the live menu offers.
Elastic memory with the abrasion and tear resistance of an engineering polymer — polyester, polyether and bio-based backbones.
Turns rigid PVC into a soft, workable material — phthalate-free and bio-based options for sensitive applications.
Tailored molecular weight and functionality — including a 100% bio-based polyester polyol for circular formulations.
Describe the part, the process and the specification you have to meet. An application engineer will come back with a route.
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