Custom Spring Product Family
Disc springs and Belleville washers for high axial force in short travel, including DIN 2093 reference sizes, slotted contact discs and diaphragm-style spring components.
Disc Springs / Belleville Washers
A thin conical plate spring, often with radial fingers, for clutch, valve and compact force-control assemblies that need a broad annular load path.
Disc Springs / Belleville Washers
Conical disc springs referenced to DIN 2093 / DIN EN 16983 for high axial force in short travel, with stack arrangements available to change total force and deflection.
Disc Springs / Belleville Washers
Customized disc-spring variants with slots, contact flats or special interfaces for compact axial force where a standard Belleville disc does not match the mating geometry.
Product Family Overview
A conical disc deflects through a short axial distance while carrying relatively high load. Single discs can also be stacked in series, parallel or mixed arrangements to change travel and force. The shaft, bore, available stack height and working deflection are therefore as important as the disc dimensions themselves.
Selection
Disc spring behavior is strongly influenced by thickness, cone height, diameter ratio and whether multiple discs share the load.
Verified standard dimensions provide a useful engineering reference for common disc sizes and screening loads.
Slots or contact features change stiffness and contact behavior, so these parts are confirmed from the drawing rather than inferred from a standard disc.
Diaphragm designs combine a disc-like body with fingers or application-specific geometry and are matched to the surrounding clutch, seal or mechanism.
Custom Manufacturing Data
DIN-backed rows provide OD, ID, thickness, free height and load references. Custom stacks and non-standard discs require the full assembly envelope and target force-deflection behavior.
Custom RFQ
Disc spring selection is most reliable when the complete stack and installation dimensions are supplied.
Project Support
Use the product pages for specific spring geometry, then continue with application, material, manufacturing or engineering information as needed.
Applications
Review where spring styles work well, assembly constraints and alternative designs.
View spring applications →Materials
Compare strength, corrosion, temperature, fatigue and conductivity before choosing a grade.
Compare spring materials →Manufacturing
See how forming, heat treatment, inspection, first articles and repeat production are reviewed.
View manufacturing capabilities →Engineering Data
Use material, wire-diameter and standard guides to support spring selection and drawing preparation.
Open Spring Engineering Guide →Continue with the material selection and design information related to this spring family.
CustomSprings Engineering Catalog
Choose the spring family and exact type first. Dimensional fields are optional and are used where that product family has comparable reference dimensions.
