Automotive Industry: Suspension Ball Studs
As we look at the future of automotive manufacturing in America, ball studs and ball joints will remain critical to the design of both gasoline…
Induction Heat Treating Capacity: Answers to Your Questions
At Zion Industries, we have the capacity and variety of equipment to run just about any job. That differentiates us in the marketplace, and it’s…
Induction Heat Treating EV Parts
The automotive future is headed in one direction, towards electric powered and hybrid vehicles. Car and Driver magazine listed the public targets or dates major…
Induction Heat-Treating Metal: Common Side Effects
Induction heat treating is a fast, effective means of improving mechanical properties of carbon steels and carbon alloy steels. It improves strength and hardness. The…
Stress Relief Heat Treatment Process: Yes, It’s Important
Induction heat treating can add to the hardness of a material, making it more suitable for its intended use. However, increasing the hardness of your…
Induction Heat Treating Success for Metal Parts
For over 40 years Zion has specialized in induction heat treating – a unique process that improves the physical characteristics of very targeted areas on…
Powdered Metal Process vs. Forged for Metalworking
When designing and manufacturing a metal part, the method of fabrication can have a lasting impact on its strength, durability, and longevity and cost. Two…
Metal Heat Treating: How to Avoid Cracks
Metal heat treating is a useful but extreme process for automobile, airplane and other parts that undertake a heavy load. Cracking is one significant issue…
Hardness Measurement Methods
Metal case hardening is a heat-treating procedure that allows for the hardening of the outer layer of a metal while the core remains soft. The…
How to Choose the Right Induction Heat Treating Company
We’ve created this complimentary guide to help decision makers select the right industrial induction heating providers. Take an objective look at heat treatment criteria and…