Gardner Spring MW0367-006-S Wave Disc Spring

Product Description

The GARDNER SPRING MW0367-006-S is a wave disc spring engineered for precision load management in compact mechanical assemblies. Manufactured from 302 stainless steel, this small-profile spring measures 0.367 inches in outside diameter, 0.265 inches in inside diameter, and 0.030 inches in overall height, with a material thickness of 0.006 inches. It delivers a load at deflection of 3.00 pounds and a load at flat of 4.39 pounds. Wave disc springs of this type are typically installed by mechanical assemblers, machinists, and maintenance technicians working in tight axial spaces where conventional coil springs cannot fit.

This wave disc spring is suited for use in light-duty mechanical and industrial applications requiring controlled axial preload or cushioning within a small envelope. Common installations include bearing preload assemblies, fastener locking systems, small valve mechanisms, and precision instrument housings. Its stainless steel construction makes it appropriate for environments where corrosion resistance is a priority, such as wet, chemical-adjacent, or outdoor service conditions. The inch measurement system ensures straightforward integration into standard imperial-dimensioned assemblies.

Key Features

• 302 stainless steel construction provides corrosion resistance in demanding service environments
• Outside diameter of 0.367 inches and inside diameter of 0.265 inches for precise fitment in compact bores
• Overall height of 0.030 inches enables use in tight axial clearance applications
• Load at deflection rated at 3.00 pounds with load at flat of 4.39 pounds for predictable spring performance
• Material thickness of 0.006 inches supports consistent, repeatable deflection behavior

Compatibility

Designed as an OEM-style replacement or new-build component for imperial-dimensioned mechanical assemblies requiring a wave disc spring with a 0.367 inch outside diameter and 0.265 inch inside diameter.

Installation Notes

Installation is typically performed by machinists or mechanical assemblers using standard hand tools and press equipment suited to the assembly. Ensure the mating bore and shaft dimensions are within tolerance before seating the spring to avoid deformation. Do not exceed the rated load at flat, as over-compression can permanently distort the spring profile and alter load characteristics. Follow all applicable machinery safety procedures and power down or de-energize any equipment before accessing the assembly.