Proxxon retaining circlip ring 6 x 7 mm, model 23870, pack of 4

Proxxon retaining circlip ring 6 x 7 mm is a set of four precision-formed retaining rings designed to secure shafts or components in small mechanical assemblies. Manufactured for compatibility with 6 mm shafts and 7 mm groove diameters, these circlips provide a compact solution for axial retention in light machinery, hobby projects and routine repairs.

Advantages

These retaining rings are manufactured to consistent dimensions to ensure reliable seating in appropriate grooves and to resist axial displacement of mounted parts. Supplied as a pack of four, they offer convenient replacement or spares for maintenance tasks. The simple circular design allows quick installation and removal using suitable circlip pliers, reducing downtime during component servicing.

Suitable for

• Securing small shafts and axles in light machinery
• Repair and maintenance of hobby models and power tools
• Replacement of worn or lost retaining rings in mechanical assemblies
• DIY projects and small-scale engineering tasks

Key specifications

• Outer/nominal size: 6 x 7 mm compatible with 6 mm shafts and 7 mm groove diameter
• Quantity: pack of 4 rings
• Component type: external/internal style retaining circlip for axial retention
• Material characteristics: spring-steel style construction for elastic retention (manufacturer typical)

How to use

Select the circlip that matches the shaft diameter and groove dimensions. Use appropriate circlip pliers or insertion tools to expand or compress the ring as required, then position it into the groove until it seats firmly. Ensure the ring is fully engaged around the shaft circumference and that the mating components rotate or slide correctly without axial play. For removal, reverse the procedure with the correct pliers to avoid deformation.

Usage recommendations

Confirm shaft and groove dimensions before installation. Use the correct type of circlip pliers to prevent ring distortion. Replace rings that show signs of wear, corrosion or permanent deformation to maintain secure axial retention.