Gardner Spring MW1351-015-S Wave Disc Spring 1.351in Od

Product Description

The GARDNER SPRING MW1351-015-S is a wave disc spring manufactured from 302 stainless steel. Wave disc springs store and release mechanical energy across a shallow axial profile, making them well suited for applications where space between mating components is limited. This unit measures 1.351 inches outside diameter, 1.051 inches inside diameter, and 0.099 inches overall height, with a material thickness of 0.015 inches. It delivers a load at flat of 11.95 pounds, providing consistent and repeatable force in preload, cushioning, and vibration-damping assemblies. Licensed mechanical technicians and assembly specialists typically source this part for precision fastening and bearing preload applications.

This wave disc spring is used in light-duty mechanical assemblies requiring controlled axial load across a compact footprint. Common install scenarios include bearing retention, shaft preloading, and bolt-joint cushioning in both residential and commercial equipment. The stainless steel grade 302 construction makes it suitable for environments where mild corrosion resistance is needed. It is applicable wherever a standard wave-style disc spring of this diameter and load rating fits the design requirement.

Key Features

• 302 stainless steel construction provides corrosion resistance for demanding environments
• 1.351 inches outside diameter with 1.051 inches inside diameter for precise fitment
• 0.099 inches overall height supports space-constrained assembly designs
• 11.95 pounds load at flat delivers consistent, predictable axial force
• 0.015 inches material thickness for controlled spring rate and deflection
• Minimum order quantity of 1, packaged in quantities of 25

Compatibility

Designed as an OEM-style replacement or direct-fit wave disc spring for mechanical assemblies requiring a 1.351-inch OD wave disc spring in grade 302 stainless steel.

Installation Notes

Installation of wave disc springs is typically performed by mechanical assemblers or licensed technicians working with precision fastening systems. Ensure the mating bore and shaft dimensions are verified against the spring outside and inside diameter before installation. De-energize or depressurize the assembly before disassembly and spring replacement. Do not stack multiple wave disc springs without confirming the combined load and height against the original design specification.