Pace Industries offers full-service die casting and assembly of aluminum, magnesium and zinc parts to create more efficient supply chains meeting your lightweighting demands. From concept to delivery, our one-stop service for OEM, aftermarket and Tier 1 suppliers provides the knowledge and scale to adjust to the seasonal market. Strategically located throughout North America, we are more than a die casting company – we are your Lightweighting Solution.
The lighter, greener and stronger Solution.
Lighter
Pace Industries has more than 40 years of experience working with preferred metals to developing a lighter weight product. Utilizing aluminum, magnesium and zinc alloys offers a wide range of physical and mechanical properties covering almost every conceivable application a designer may require. Our expertise provides you with a lightweight advantage.
Greener
Pace Industries prioritizes fuel economy and eco-friendliness, while maintaining strength and performance, when lightweighting. Manufacturing products by selecting lighter weight materials will reduce the overall weight of your end product. Our expertise in aluminum, magnesium and zinc die casting provides you with a seamless product development experience and a greener product.
Stronger
Better energy absorption plays a role in the strength of your product. Materials, such as aluminum and magnesium, absorb more energy providing a stronger more protective product. Good strength-to-weight ratio and its resistance to corrosion additionally provide strength.
The lighter, greener and stronger Solution.
Lighter
Pace Industries has more than 40 years of experience working with preferred metals to developing a lighter weight product. Utilizing aluminum, magnesium and zinc alloys offers a wide range of physical and mechanical properties covering almost every conceivable application a designer may require. Our expertise provides you with a lightweight advantage.
Greener
Pace Industries prioritizes fuel economy and eco-friendliness, while maintaining strength and performance, when lightweighting. Manufacturing products by selecting lighter weight materials will reduce the overall weight of your end product. Our expertise in aluminum, magnesium and zinc die casting provides you with a seamless product development experience and a greener product.
Stronger
Better energy absorption plays a role in the strength of your product. Materials, such as aluminum and magnesium, absorb more energy providing a stronger more protective product. Good strength-to-weight ratio and its resistance to corrosion additionally provide strength.
ALUMINUM DIE CASTING
Aluminum is the most commonly cast non-ferrous metal in the world. As a lightweight metal it creates very lightweight parts without sacrificing strength. Most die casting aluminum alloys are 95 percent post-consumer recycled material, aluminum die castings are green and sustainable. Learn More
MAGNESIUM DIE CASTING
Magnesium is portable and durable offering a perfect combination of lightweight, rigidity and resistance to wear for diverse die cast part applications. Magnesium is also 100 percent recyclable, making it an attractive option when considering the environment. Learn More
ZINC DIE CASTING
Zinc offers a combination of strength, ductility, impact strength, finishing characteristics and tooling that has high resistance to catastrophic failure. Learn More
ALUMINUM DIE CASTING
Aluminum is the most commonly cast non-ferrous metal in the world. As a lightweight metal it creates very lightweight parts without sacrificing strength. Most die casting aluminum alloys are 95 percent post-consumer recycled material, aluminum die castings are green and sustainable. Learn More
MAGNESIUM DIE CASTING
Magnesium is portable and durable offering a perfect combination of lightweight, rigidity and resistance to wear for diverse die cast part applications. Magnesium is also 100 percent recyclable, making it an attractive option when considering the environment. Learn More
ZINC DIE CASTING
Zinc offers a combination of strength, ductility, impact strength, finishing characteristics and tooling that has high resistance to catastrophic failure. Learn More