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Extrusion blow molding is a common technique in the production of automotive parts, with advantages including cost savings, design freedom, and lightweighting. Large Blow Molding Parts Customized can be used for parts like windshield washer reservoirs, engine blocks, and fuel systems. Its benefits include lightweighting and ease of assembly. Many automakers have embraced this technology, and the company has fabricated parts for top automotive companies around the world. Here are a few applications for blow molding.

Some of the applications of blow molding are in the automotive industry. The process is also used in the production of everyday products such as soap, fabric softener, and bleach. It is especially useful for the manufacture of automobile parts, such as the ductwork and radiators. It is not limited to the automotive industry, though. It can be used for consumer goods such as medical devices, household cleaners, and children and baby care products.

The company is experimenting with 3D blow molding for the automotive industry. The company is working with several automotive manufacturers to develop a high-performance system for an integrated fan shroud and fluid reservoir. The system is made from high-density polyethylene (HDPE), which is more durable than traditional plastics. It can be used for a variety of purposes, including automotive parts. The system will also save space and reduce noise.

The next frontier of the technology is in the interior of the car. This includes safety applications, interior trim and accessories, and load-bearing panels. For interior parts, blow molding has the potential to provide stiffer, lighter components at lower costs. In the case of the engine, one can expect to find engine cooling reservoirs and fuel tanks made of HDPE. These components will make the car more energy efficient.

Other applications for blow molding include food products, household cleaning products, and everyday cleaners. For automotive parts, the process can produce engine parts such as bumper systems, fuel tanks, and air ducts. Using blow molding for car exhausts can also be used to manufacture fuel tanks. The process has the potential to revolutionize the industry. By adding a manufacturing process that uses multiple types of materials, it becomes more flexible and versatile.

In addition to smaller car parts, blow molding has also gained ground in larger auto parts. The technology can be used to create fuel tanks and bumper systems using engineered thermoplastics. Its sales have soared, with McCord Winn's $90 million in 1996. In the automotive industry, Textron is the most successful company in the industry, according to Plastics News. Its products include tires, engine block assemblies, and dashboards.

While the automotive industry still uses blow molding for small parts, the technology is becoming increasingly common in larger auto parts. The technology is used to produce fuel tanks and bumper systems. For example, a gas tank can be made from a high-density polyethylene. This type of material is resistant to heat and is lightweight. Further, it is used to manufacture engine housings, such as hoods, trunks, and bumpers.

In interior trim components, an interior blow molding technique is used. The resulting shaped article is blown into a mold, which is then filled with air. The foam material adheres to the mold and forms the part. In the process of creating automotive parts, a large number of different materials are combined. A plastic molding machine can be manufactured in a short time. The plastics can be poured into molds to create any shape.