The manufacturing materials of special-shaped circlips are usually high-strength and corrosion-resistant materials such as stainless steel, carbon steel or alloy steel. These materials ensure that the circlips maintain their elasticity and fixing effect during long-term use. During the manufacturing process, precision machining or forming techniques such as stamping, rolling, bending, etc. are usually used to ensure that the shape and size of the circlips meet the design requirements.

The manufacturing materials of special-shaped circlips are usually high-strength and corrosion-resistant materials such as stainless steel, carbon steel or alloy steel. These materials ensure that the circlips maintain their elasticity and fixing effect during long-term use. During the manufacturing process, precision machining or forming techniques such as stamping, rolling, bending, etc. are usually used to ensure that the shape and size of the circlips meet the design requirements.

Special-shaped circlips can be classified according to various factors such as their shape, purpose or material. Common special-shaped circlips include C-shaped circlips, E-shaped circlips and various specially designed circlips, such as serpentine circlips, annular circlips, etc. These circlips are widely used in mechanical engineering, automobile manufacturing, electronic equipment and other fields to fix shafts, bearings, gears and other parts to prevent them from axial movement or falling off.

The product is similar to the flattened wire retaining ring, but due to its special installation environment, it cannot be pressed or assembled with circlip pliers. It is necessary to make two spring tips at the open end to assist in the assembly of the circlip, and the same notch is also set on the counterpart, so that the spring tip is located at the notch of the counterpart to realize the positioning function and prevent the circlip from rotating.