Model: disc spring Material: 60SI2MNA Quality Standard: DIN2093 (German standard) Cross section: conical Function: designed to withstand axial loads (static or alternating) Key benefits — why you need this disc spring Reliable axial load support: The conical (disc) cross section is engineered to carry axial loads, both static and alternating, providing predictable spring force where linear compression springs are unsuitable. Standardized quality and interchangeability: Manufactured to DIN2093 German standard for disc springs, ensuring consistent dimensions, load-deflection characteristics, and compatibility with systems specified to that standard. High-strength material: Made from 60SI2MNA spring steel, offering the mechanical strength and elastic properties required for repeated axial loading and durability in demanding applications. Space-efficient solution: The disc spring’s geometry delivers high load capacity in a compact footprint, useful where installation space is limited. Performance and attributes Function: Converts axial compression into spring force using a conical, disc-shaped cross section; suitable for applications requiring controlled preload, shock absorption, or load compensation. Material: 60SI2MNA spring steel — selected for strength, elastic recovery, and suitability for springs subject to repeated loading. Standard compliance: DIN2093 ensures the product meets defined tolerances and performance parameters for disc springs, simplifying selection and replacement. Load type: Rated for both static and alternating axial loads; design reduces the risk of permanent set under appropriate operating conditions. Compatibility and sizing Designed to meet DIN2093 dimensions and tolerances; select the appropriate disc spring size and stack configuration per the standard to match required load and deflection. Compatible with assemblies and fixtures that specify DIN2093 disc springs or equivalent geometries and material properties. Practical applications (examples) Clutch and brake assemblies: Provides controlled preload and compensates for wear in mechanical clutches and brakes where axial force uniformity is critical. Bolted joints and flange assemblies: Maintains axial preload under vibration and thermal cycling, reducing loosening and improving joint reliability. Industrial presses and shock-loading devices: Absorbs and distributes axial impact loads in compact spaces, protecting components and controlling peak forces. Selection and use notes Choose the correct DIN2093 size and hardness treatment for the required axial load and working deflection. Verify material and heat-treatment specifications for applications with elevated temperatures or corrosive environments; 60SI2MNA is specified for its spring properties but suitability depends on operating conditions. For assemblies requiring specific preload or multi-stage force profiles, follow DIN2093 stacking guidelines and engineering recommendations. This disc spring combines the proven conical geometry, 60SI2MNA spring steel, and DIN2093 standardization to deliver dependable axial load performance in compact mechanical designs.