Are custom sizes available for constant section rings?

Yes, American Ring offers customization options for constant section rings, including unique dimensions, materials, and finishes, to meet specific application requirements. Custom designs help ensure that even highly specialized projects have reliable, durable retention solutions.

Published on 11.6.24

How are constant section retaining rings installed and removed?

Constant section rings can be installed using snap ring pliers, which compress the ring for placement onto a shaft or within a bore. Removal typically requires a similar process with pliers, which makes maintenance and repairs straightforward.

Published on 11.6.24

What materials are constant section rings made from?

Constant section rings are available in various materials, including carbon steel, stainless steel, and sometimes specialty alloys for high-strength or corrosion-resistant applications. The material choice depends on the application’s environmental conditions, such as exposure to moisture, chemicals, or high temperatures.

Published on 11.6.24

What industries commonly use constant section rings?

Constant section rings are widely used across industries such as automotive, aerospace, manufacturing, and heavy equipment. They are commonly found in applications like transmissions, engines, pumps, and gear assemblies where reliable, secure retention is critical.

Published on 11.6.24

How do constant section retaining rings differ from tapered section rings?

Constant section rings maintain a uniform thickness and width. This even cross-section offers predictable performance and makes them well-suited for applications where uniformity and consistency are essential.

Published on 11.6.24

What is a constant section retaining ring?

A constant section ring, also known as a “snap ring” is a type of retaining ring designed to hold components or assemblies onto a shaft or within a bore. The “constant section” design means the ring has a uniform cross-section throughout its shape, providing consistent strength and support along its entire length.

Published on 11.6.24