What is a Chrome-Plated Shaft? What is it Used For?

As Şahin Rulman, this week’s topic in our weekly blog posts will be details about chrome-plated shafts. Throughout the article, we will answer questions such as “What is a chrome-plated shaft?”, “What is a chrome-plated shaft used for?”, and “Where is a chrome-plated shaft used?”

What is a Chrome-Plated Shaft?

The chrome-plated shaft, also known as a hardened shaft or induction-hardened shaft, is the name given to the components that ensure bearings operate on a clean surface, thereby extending their service life.

What Are Chrome-Plated Millers Used For?
Induction hardening ensures the hardening of the surface layer of the shaft. This minimizes the damage caused to the shaft by the bearings while in motion. Failure to use induction hardened shafts causes the bearings on the shaft to wear out more quickly. Indeed, because they are hardened through heat treatment, they ensure that the bearings have a longer service life.

Where is Chromium Miller Used?
Induction-hardened shafts can be used in the SK series or SHF series with aluminum bearings. Additionally, they are used to maintain high surface hardness in linear bearing applications.

General Characteristics of Chrome-Plated Shafts
In this section of our article, we will summarize the general characteristics of the ground shafts sold by Şahin Rulman, which offer excellent value for money, in bullet points:

• It helps you use them for a long time by ensuring that the bearings operate on a clean surface.
• They are manufactured from CK 55 material.
• The degree of surface hardness is 62+/-2 HRC.
• Prices for hardened shafts vary depending on the specific characteristics of the products.
• The middle sections are of normal hardness.

We have come to the end of our blog post providing brief information about induction shafts as Şahin Rulman. We would like to remind you that if you have any questions regarding this topic, you can contact us via the 0212 576 04 06 line. To examine induction shaft prices and product-specific features in detail, you can click on the link.