Value Collection SW7BX0800-100BX Wave Disc Spring

Product Description

The VALUE COLLECTION SW7BX0800-100BX is a metric wave disc spring manufactured from 18-8 stainless steel. Wave disc springs store and release energy along an axial load path, acting as flexible spacers or preload elements in mechanical assemblies. This spring measures 15 mm outside diameter, 8.4 mm inside diameter, and 3 mm overall height with a 0.80 mm material thickness. It is sized for M8 screw applications. Machinists, maintenance technicians, and mechanical assembly professionals install these components in precision equipment, fastener assemblies, and bearing preload applications where controlled axial compliance is required.

This wave disc spring is suited for metric mechanical assemblies requiring a compact, corrosion-resistant load element. The M8 sizing makes it a direct fit for shaft and fastener assemblies built to metric standards. Typical installation scenarios include bearing housings, valve assemblies, pump shafts, and precision instrument enclosures where consistent spring force and resistance to corrosion are priorities. The 18-8 stainless steel construction makes it appropriate for wet, chemical-exposed, or food-adjacent environments.

Key Features

• 18-8 stainless steel construction for corrosion resistance in demanding environments
• Metric dimensioning: 15 mm OD, 8.4 mm ID, 3 mm overall height, 0.80 mm thickness
• Sized for M8 screw and shaft applications
• Wave disc geometry provides axial preload and vibration dampening in compact assemblies
• UNSPSC Code 31161830 for procurement and catalog classification

Compatibility

Designed as a metric wave disc spring for M8 fastener and shaft assemblies requiring an 8.4 mm inside diameter and 15 mm outside diameter axial spring element.

Installation Notes

Wave disc springs are installed by qualified mechanical technicians or machinists as part of precision assembly work. Relieve all mechanical load and, where applicable, de-energize the equipment before disassembly. Ensure mating bore and shaft surfaces are clean and free of burrs before seating the spring. Do not exceed the designed axial deflection range, as over-compression can permanently set the spring and eliminate preload.