Metal-to-Plastic Conversions for Automotive Applications - Chomerics Division | Parker US
Parker Chomerics Headquarters in Woburn, MA

Webinar

Metal-to-plastic conversion for automotive light weighting is quickly becoming an important characteristic as vehicles, especially EVs, try to improve emissions and range performance.

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In This Webinar, You Will Learn About:

  • Metal-to-plastic replacement conversion technology
  • Light-weighting, hardware elimination, and elimination of machine operation
  • Design for manufacturability (DFM)
  • Examples of successful automotive metal-to-plastic conversion
  • Key considerations and highlights
  • And much more!

Mentioned in This Webinar

For automotive engineers looking to reduce vehicle weight, metal-to-plastic conversion is a win-win. At the highest level, injection plastic molds are capable of producing multiples of millions of parts required for automotive programs with ease. Typically, a single tool can support a program for its entire life-cycle, meaning you only must go through the cost and design of tooling just once.

In traditional metal fabrication, you have stamping and die casting, both of which require tool refurbishment, at what can amount to a very significant cost. Although injection mold tooling can be relatively expensive, it is not more expensive than die cast tools and/or stamping tools.

Typically, injection molds will last many times longer than metal tooling. Injection mold tooling are also more flexible than other types of tools, allowing you to incorporate many types of features into a part so that no secondary machining, coating and/or forming is required after the molding operation. And depending on the type of plastic material you select; you can realize excellent strength to weight properties.

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Electrically Conductive Plastic Pellet Materials

Parker Chomerics PREMIER family of materials are electrically conductive thermoplastics for plastic enclosure EMI shielding solutions. The polymer alloys (PC-ABS or PBT-PC) and conductive fillers are engineered for stable electrical, mechanical, and physical performance.

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How to Select the Right Plastic for Your Project

Our expert team will guide you through our EMI shielding and injection molded plastics solutions, discussing their unique properties, strengths, and applications. Whether you're working to reduce weight or reduce cost, we've got you covered. 

Connect with our knowledgeable experts to help you make the best choice for your project. They are ready to answer your specific quests, provide tailored advice and assist you in selecting the perfect plastic for your project. 

How to Choose the Right Plastic

Need Help Finding the right EMI Shield? Talk to an Expert Engineer Now.

If you need assistance identifying the most suitable EMI shielding product for your application,  speak with one of our expert engineers. Our team is ready to help.

Cooling Innovation for EV Motors with a Zero-Defect Guarantee

Plastic components provide a low-cost, space-saving solution, enabling Original Equipment Manufacturers (OEMs) to meet the integrated cooling requirements of high-torque electric motors. These products are backed by machine-based process monitoring, ensuring each manufacturing and assembly step is completed thoroughly and correctly.     

Electric truck charging station

Our products are used in a wide range of industries.

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