BRIC Automotive Plastics Are Produced With Advanced Technologies and Are Used To Protect the Outer Cover of the Vehicle from Various Damages

 

BRIC Automotive Plastics Market

BRIC automotive plastics are used and produced everywhere in the world, including in regions such as Europe and APAC. Today, BRIC automotive plastics technology enables the replacement of car parts with plastic composites. Windows, lights, and tailgates can be integrated with BRIC automotive plastics to offer great design perspectives in terms of style, lines, and overall price of the car while achieving significant weight savings over traditional building methods. 

Due to current environmental and economic concerns, automakers are using advanced plastic materials to reduce weight and make vehicles more fuel-efficient. Polyvinyl chloride (PVC) is a plastic used in the manufacture of BRIC automotive plastics. It is known for its flexibility, great thermal stability, flame retardancy, and low lead content. It can be sprayed, pressed, or blown to produce a variety of rigid and flexible plastic products, depending on the type and quantity of plasticizer used. In regions such as Europe, the increasing consumerism towards automobiles has also increased the production of BRIC automotive plastics. For instance, according to European Automobile Manufacturers Association, in 2018 there were around 292 million cars in Europe.

It is used in the manufacture of various types of car parts and components. One of the advantages of using PVC is that it can be used in various plastic molding processes. These range from standard plastic injection molding to blow molding and compression molding. An important factor in the implementation of these strategies is the lightweight weighting of automotive plastic parts. Plastics enable cost-saving part consolidation and enable modular assembly processes to reduce production

Many BRIC automotive plastics parts weigh 50% less than similar components made of other materials. BRIC automotive plastics have become one of the key materials for the structure, performance, and safety of cars, and in recent years the increase in plastic consumption has been driven by the trend towards light-weighting. The high absorption properties of plastics allow vehicles to meet stricter safety standards when used; construction of plastics allows for minimizing the mass of parts used in the vehicle and offers more design flexibility than anything else. The emergence and rapid growth of off-road performance have become a key issue in assessing the automotive outlook due to polymer demand.


Location: India

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