Value Collection SW7BX1000-100BX Wave Disc Spring M10

Product Description

The VALUE COLLECTION SW7BX1000-100BX is a metric wave disc spring manufactured from 18-8 stainless steel. Wave disc springs store and release energy axially, providing consistent load deflection in compact assemblies where space is limited. With a 10.5 mm inside diameter, 21 mm outside diameter, and an overall height of 4.2 mm, this spring is sized for M10 fastener applications. The 1.0 mm material thickness and stainless steel construction make it suitable for environments where corrosion resistance is required. Maintenance technicians, assemblers, and mechanical service pros working on pumps, valves, and precision mechanical assemblies typically install these components.

This wave disc spring is used in metric mechanical assemblies requiring controlled axial load in a low-profile form factor. Typical applications include pump shaft preloading, valve stem assemblies, bearing retention, and fastener locking in equipment subject to vibration or thermal cycling. The M10 screw size designation makes it straightforward to match to existing fastener configurations. Both industrial and commercial equipment applications are common. The stainless steel grade is appropriate for wet, chemical-adjacent, or outdoor service environments where carbon steel would corrode.

Key Features

• 18-8 stainless steel construction for corrosion resistance in demanding service environments
• Metric dimensions: 10.5 mm ID, 21 mm OD, 4.2 mm overall height, 1.0 mm thickness
• Designed for M10 fastener applications
• Wave disc profile delivers axial load in a compact, low-profile package
• Suitable for vibration-prone assemblies including pumps, valves, and bearing housings

Compatibility

Designed for use in metric mechanical assemblies requiring an M10 wave disc spring with a 10.5 mm inside diameter and 21 mm outside diameter.

Installation Notes

Wave disc springs are typically installed by mechanical technicians or assemblers working on rotating or reciprocating equipment. De-energize and depressurize the assembly before disassembly. Seat the spring concentrically on the shaft or fastener to ensure even load distribution. Avoid over-compressing the spring beyond its rated travel, as permanent deformation will result.