Injection molding is a staple production process for automakers and aftermarket businesses. This process reaches far beyond the initial manufacturing of the car, and with good reason.

However, focusing only on the car’s metal frame and what’s under the hood is missing the forest for the trees. What about all the plastic parts you touch? From the moment you reach for the door handle to your interaction with the radio and your eventual exit from the vehicle, you constantly engage with plastic components.

It’s easy to see that there are endless possibilities regarding using thermoplastics and injection molding techniques for molding car parts and beyond. At Reliant Plastics, we have decades of experience and dozens of high-tech car molding machines ready to work on bringing your projects to life.

When most people think of cars and the construction of cars, metal will most likely be the first thing to come to mind. Steel plays a significant role in the creation of virtually every car on the road today, and with good reason: it offers exceptional strength-to-weight ratio and is incredibly malleable, allowing manufacturers to create reliable, intricate frames. But despite this excellent material, there’s much more to a vehicle than steel.

To learn more about injection molding for automotive or to request a free quote from our professionals, please get in touch. We’re happy to help you design and manufacture molds for your future projects.

Automakers opt to use injection molding for automotive parts, relying on special equipment to fill specially made molds with liquid plastics that harden into the final component. This injection molding for automotive allows them to shape their parts as they see fit, regardless of the shape of the car’s frame.

Look inside any car, and it’s not hard to spot the plastic components. But which components precisely come from plastic injection molding for automotive parts? Some of the most common things plastic manufacturers make for the automotive industry include:

In today’s vehicles, 50% of the entire dry mass of the vehicle may comprise plastics in one form or another. Of the hundreds of plastic components in a car, many are items the driver or passengers interact with directly, which is why these components must be of reliable quality.