High Performance, Economy, and Aesthetics
Automotive
The automotive industry utilizes a wide range of plastics in the manufacturing of their products, leading to vehicles that are lighter, more efficient, and safer. Common plastics in this context include polypropylene, polyethylene, polyurethane, and ABS (Acrylonitrile Butadiene Styrene). These plastics are characterized by their high strength, durability, flexibility, and low weight, resulting in improved fuel efficiency and increased vehicle performance.
A key factor in selecting plastics for the automotive industry is their ability to meet stringent safety standards. Additionally, aspects such as heat resistance, chemical resistance, and recyclability play a crucial role. The trend is increasingly towards more sustainable materials, leading to the increased use of recycled plastics.
Innovations in plastic technology focus on the development of composite materials and new manufacturing processes to create even lighter yet resilient materials. These advancements help minimize environmental impact and optimize overall vehicle performance. When purchasing plastics for the automotive industry, it is advisable to opt for advanced materials that not only meet current standards but also consider future requirements.
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Product Examples
PA6 GF 30 TS 002
Fuel suction unit, part in the engine compartment
Automotive
Opel
PA6 GF 30 black
Accelerator pedal, safety part
Automotive
Suzuki, VW
PA6 GF 15 T 25 004
Part of the rearview mirror
(UV-resistant, heat-stabilized, scratch-resistant)
Automotive
Renault
PA66 MI/2
Trunk lock
Automotive
Volvo
PA6 GF 50 TS black
Reinforcement, carrier
Automotive
Škoda
PA6 GF10 T20 TS 31
Bonnet, high surface quality, scratch-resistant
Automotive
VW
PP PC 93 T 5 021 black
Trunk floor panel
Automotive
Kia Sportage
PP PH 49 GF 30
Reinforcement part bumper
Automotive
Audi, BMW
PP PH 69 GF 30 TMS
Air filter
Automotive
Suzuki
PP PH 79 GF 20 black
Fan blade
Automotive
Škoda, Renault