Value Collection 06810220 Compression Spring 0.18in Od

Product Description

The VALUE COLLECTION 06810220 is a small-diameter compression spring designed for light-duty mechanical applications requiring precise load and rate characteristics. With an outside diameter of 0.18 inches and a free length of 0.25 inches, this spring delivers a spring rate of 9.39 lb/in and a maximum work load of 1.24 pounds. Wire diameter is 0.016 inches. The compact geometry makes it suited for tight-clearance assemblies where consistent return force is needed. This spring is typically installed by mechanical assemblers, maintenance technicians, and precision equipment repair professionals working on small mechanisms.

This compression spring fits applications where a small OD and short free length are required, such as valve assemblies, instrument mechanisms, electronic hardware, and general-purpose fastening or retention systems. The 0.188-inch hole diameter fit and 0.084-inch solid height allow use in tightly toleranced bores or housings. Sold in a package quantity of 10 with a minimum order quantity of 1 package.

Key Features

• Outside diameter of 0.18 inches for tight-clearance installations
• Free length of 0.25 inches with a solid height of 0.084 inches
• Spring rate of 9.39 lb/in for consistent, predictable deflection
• Maximum work load rated at 1.24 pounds
• Wire diameter of 0.016 inches for fine-coil precision
• Packaged in quantities of 10 for bench stock and small-run repairs

Compatibility

Designed as a general-purpose compression spring for small-bore mechanical assemblies requiring a 0.18-inch OD and 0.25-inch free length with a 9.39 lb/in spring rate.

Installation Notes

Install by a qualified mechanical technician or assembler familiar with spring-loaded mechanisms. Relieve any stored mechanical energy and depressurize the assembly before removing or replacing compression springs. Use appropriate hand tools and wear eye protection, as small springs can eject unexpectedly during installation or removal. Verify free length and OD against application tolerances before final assembly.