High-performance plastics play an important role in the automotive industry today, and current economic and environmental concerns suggest that more than half of the world's automotive production capacity is based on the use of plastic.
The chemical resistance and heat resistance of plastics combined with their low weight make them ideal for use in high-performance parts for the automotive industry. With the right construction, engineering plastic parts can be as strong as metals, but metals are much heavier than plastics, so a smart allocation of plastics compensates for this increasing difference. It is helpful to convert existing metal products and parts into plastic, and with the appropriate technology, it can even be converted into plastic within a few hours.
With the development of materials and technologies, plastics such as polyether ether ketone (PEEK) are being used in an increasing number of automotive work areas, such as airbags, air filters and other parts.
These parts are exposed to the various lubricants and oils used in the car, and parts that are near an engine should withstand the high temperatures of the environment. Common applications include wear plates in transmissions, as well as parts for airbags, air filters and other car parts.
The 2014 Chevrolet Corvette introduced Door Panel Film, a thermoplastic polyolefin material specifically designed for this application. The result is that it offers less abrasion and less scratch marks, resulting in lower costs and weight. Conventional materials such as steel and aluminium, which are used under the bonnet, are gradually being replaced by high-performance plastics. Plastic plastics are used in a wide range of automotive applications to make everything from airbags and air filters to brake pads and other car parts.
High-performance plastics are used in all areas from airbags and air filters to brake pads and other car parts. They are also used in a wide range of other applications, such as the automotive, aerospace and other industries.
High-performance plastics can be produced with less weight, which results in lower costs, and the plastics used in cars contribute to greater energy efficiency. The most important drivers of the automotive plastics market are low - cost-effective - and high-quality - materials as well as a high degree of sustainability.
These plastics have actually been used in cars since the 1950s, but it is the latest innovations that have really changed the industry for the better.
As the automotive industry has developed, plastics have replaced the automotive's core metallic components, making cars sleek, lighter and more efficient. With over 1,000 different car parts now made of plastic, engineering plastics continue to replace aluminium and other metals in cars, with 50% of all plastics now accounting for the average car interior. Since the need for multiple parts has been replaced, the plastics are molded to make the manufacturing process efficient, weigh down the cars and keep them as efficient as possible.
The changing automotive design has also led plastics experts to find new ways to texture and bind the material. Welded plastics such as polyethylene, polypropylene and polyurethane (PPE) have emerged in recent years. Plastics are processed into automotive components and parts due to their ability to obtain renewable raw materials where possible.
Plastics also play a key role in the design and production of automotive components such as airbags, brakes, airbags and air conditioning systems.
The plastics used in automotive production contribute to greater energy efficiency and generally improve noise and vibration control. They are generally more resistant to resistant abrasion, less susceptible to wear and tear and are also more durable. [Sources: 3, 5]
Engineering plastics continue to replace aluminium and other metals in cars, with 50% of all plastics now accounting for the average car interior. These plastics have actually been used in cars since the 1950s, but it is the latest innovations that have really changed the industry for the better. Today, more than 1,000 different car parts are made of plastic, and this is one of the most important innovations in the automotive industry in recent years. The plastics are shaped to replace the need for multiple parts to keep production efficient and weighted.
Currently, more than 1,000 different types of plastic parts are produced for cars, and one third of them are made of plastic. In total, 1.5 million tonnes of the world's production of automotive parts are used in automotive production.