Gardner Spring MW0367-006 Wave Disc Spring 0.367 Od

Product Description

The GARDNER SPRING MW0367-006 is a wave disc spring manufactured from high-carbon steel to grade 1074-1095. It 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. Wave disc springs deliver axial load in compact, low-profile assemblies where space constraints rule out conventional coil springs. This part is sized for precision mechanical assemblies and is typically installed by maintenance technicians, mechanical engineers, or assemblers working in industrial, aerospace, or OEM manufacturing environments.

This wave disc spring is suited for applications requiring consistent, low-profile axial preloading within tight tolerance assemblies. Common use cases include bearing preload, electrical contact retention, fastener locking, and vibration damping in both light-duty and precision industrial equipment. The inch measurement system and compact geometry make this spring a practical fit for standard domestic hardware configurations and retrofit maintenance situations.

Key Features

• Wave disc design provides axial load in a low-profile, space-saving form factor
• Load at deflection rated at 3.00 pounds for predictable spring performance
• Load at flat rated at 4.70 pounds for full compression reference
• High-carbon steel construction to material grade 1074-1095 for durability and consistent spring rate
• 0.006-inch material thickness for precision fitment in tight tolerance applications
• Inch measurement system for compatibility with standard domestic fastener and bearing assemblies

Compatibility

Designed as an OEM-style replacement or maintenance component for precision mechanical assemblies requiring a wave disc spring with 0.367 inches outside diameter and 0.265 inches inside diameter.

Installation Notes

Installation is typically performed by mechanical technicians or assemblers using standard hand tools and calipers to verify dimensional fitment. Ensure the mating bore and shaft dimensions match the spring ID and OD before installation. De-energize or depressurize any assembly before disassembly and spring replacement. Avoid over-compressing beyond the flat load specification, as this can permanently deform the spring and alter load characteristics.