Global Precision Ball & Roller
178 Sunny Valley Road
New Milford, Connecticut 06776
Tel: 860-210-0808
Fax: 860-210-0818
52100 chrome steel is a material made up of mostly carbon and chromium. This combination makes the metal durable, and hard, which is ideal in a variety of different cases.
This material is a metal alloy, meaning that it is the sum of different metals combined. The 52100 chrome steel properties are as follows:
When attempting to do heat treatment with 52100 chromium steel, heat up to 1500 degrees F. Then give the material an oil quench—this allows it to reach the desired hardness with less risk of cracking.
If you wish to hot work this material, you must do this between 400-1000 degrees F.
This material comes with many advantages. The material results in a final product with superior hardness, high load carrying capacity, resistant to corrosion, and more.
This material can operate at temperatures reaching 120 degrees C (248 degrees F).
These advantages are just a few of the reasons why various industries utilize 52100 steel.
Since this material is durable, smooth, and can handle high temperatures, it is the ideal choice for many automotive applications. Use our precision 52100 chrome steel balls in steering wheels, seat tracks, power doors, constant-velocity joints, and other essential parts to your car.
Many industries use chrome steel balls and rollers where excellent precision and durability are required.
We craft all our precision balls and rollers with a
5-step production process. We handle each step, from heading to polishing, with extreme attention to detail. This ensures that you end up with a finished product that will perform under the most demanding conditions. Contact us for more information about our 52100 chrome steel balls and rollers today!
Quality
ISO 9001: 2008
ISO 14001: 2004
ISO TS 16949: 2009
GLOBAL PRECISION BALL AND ROLLER © 2015 - All Rights Reserved
178 Sunny Valley Road, New Milford, Connecticut 06776
Tel: 860-210-0808 | Fax: 860-210-0818 | Email: info@globalprecision.com