MARKETS
MOBILITY AND AUTOMOTIVE
The mobility sector has always been a leader in mechanical innovation and process optimization. At NUREL, we support this evolution with our range of engineering polymers - PA6, PA66, PBT, PET and PP - designed to respond to the industry's demand for lighter, more sustainable and efficient solutions.
INDUSTRIAL
The industrial sector demands high-performance materials to meet stringent standards of efficiency, durability and strength. Our range of engineering polymers and recycled technical composites offer high-value solutions for the manufacture of industrial machinery and precision components.
Electrical and electronic
NUREL PA, PBT, PET, PBT/PET and PP compounds are present in parts and components of electrical and household appliances. Parts molded with Promyde®, Proxylene®, Olexene®, or Recomyde® can be found in food processors, white goods such as refrigerators, washing machines and dryers.
Cables and Pipes
Promyde® PA and Proxylene® PBT polymers for UL 83-certified cables such as copper building wire, PVC Nylon tray cable, THHN cable and THWN cable, fiber optic cable, as well as tubes and pipes for cable management systems.
Packaging
Polyamides are used in the packaging industry for their good mechanical properties, barrier properties and for providing a quality finish due to their high gloss and transparency.
Consumer goods
Engineering plastics are used in a multitude of applications that reach the end consumer. Household appliances, tools, electronic devices, sports equipment and kitchen utensils all feature materials made of NUREL polyamide and PBT compounds.
Filaments
NUREL offers a wide range of polyamide 6 homopolymers and copolyamides for monofilament applications such as guides for viticulture, fishing nets, cutting lines in lawn mowers, hot melt filaments for adhesives in sportswear and clothing, filaments for 3D printing, etc.
Construction
Polyamides designed by NUREL for use in construction applications provide high durability, corrosion resistance, high resistance to ultraviolet radiation and extreme weather conditions, thus requiring low maintenance, which makes them an efficient and economically attractive option.
