Gardner Spring 36107G Precision Compression Spring

Product Description

The GARDNER SPRING 36107G is a precision compression spring manufactured from music wire with a plain silver finish. It features a 0.6-inch outside diameter and a 1.5-inch free length, making it a compact, high-tolerance spring suited for demanding mechanical assemblies. The wire diameter measures 0.063 inches, the spring rate is 24 pounds per inch, and the maximum work load is 23 pounds. Closed and ground ends provide flat, stable seating surfaces for consistent load distribution. This spring is installed by mechanical technicians, maintenance professionals, and OEM assembly teams working on precision equipment.

This compression spring is appropriate for use in light-to-medium duty mechanical applications where controlled deflection and repeatable load characteristics are required. Its compact dimensions and precision tolerances make it well-suited for valve assemblies, tool mechanisms, instrumentation, and similar applications in both industrial and commercial settings. The solid height of 0.552 inches and the 0.625-inch hole diameter compatibility guide proper housing and bore selection during installation.

Key Features

• Precision compression spring with closed and ground ends for stable, flat seating
• Music wire construction conforming to AISI 302, ASTM A228, and ASTM A313 standards
• Spring rate of 24 pounds per inch for predictable deflection response
• Maximum work load of 23 pounds (102.31 newtons)
• 0.063-inch wire diameter with plain silver finish
• Solid height of 0.552 inches for compact compressed clearance

Compatibility

Designed for use in mechanical assemblies requiring a 0.6-inch OD compression spring with a 1.5-inch free length; fits housings or bores sized for a 0.625-inch hole diameter.

Installation Notes

Installation is typically performed by mechanical technicians or maintenance personnel. Ensure the mating bore or housing is clean and free of debris before seating the spring. Verify that the spring is not compressed beyond its solid height during operation, as coil bind can cause premature failure. Always de-energize and relieve system pressure before servicing assemblies containing compression springs.