Model: disc spring Material: 60SI2MNA Quality standard: DIN2093 (German standard) Shape: conical cross section Function: designed to withstand axial loads (static or alternating) Key benefits and why you need it Compact high-load solution: The conical disc profile delivers large axial force in a small axial space, enabling strong preloading and load control where space is limited. Predictable, standard performance: Manufactured to DIN2093 German standard for disc springs, ensuring consistent dimensions and load-deflection behavior for interchangeability and reliable system design. Durable spring steel: Made from 60SI2MNA spring steel, providing high strength and reliable fatigue performance for repeated static or alternating loads. Tunable stiffness and travel: Can be used singly or in stacked arrangements (series, parallel, or combinations) to adapt spring rate, working load and total deflection for specific application needs. Simple replacement and integration: Standardized geometry and compliance with DIN2093 make this disc spring compatible with equipment and assemblies that require industry-standard disc spring components. Important attributes (at a glance) Model: disc spring — conical cross section optimized for axial loading. Material: 60SI2MNA — high-strength spring steel suitable for load-bearing spring elements. Standard: DIN2093 — dimensions and performance meet German standard for disc springs. Function: Designed to handle static and alternating axial loads reliably. Installation: Suitable for single-use or stacked configurations to achieve required load and deflection. Performance and compatibility notes Use where a compact axial spring with high load capacity and repeatable deflection is required. Compatible with designs and spare-part requirements that specify DIN2093 disc spring geometry and ratings. Performance depends on correct selection of size, stacking arrangement and preload according to system requirements; refer to DIN2093 tables or engineering data for exact load-deflection selection. Typical applications / use scenarios Clutch and brake assemblies: Provide reliable axial preload and damping in clutch packs and brake actuators where compact, repeatable force is required. Bearing preload and shaft assemblies: Maintain axial preload on bearings and compensate for thermal or assembly tolerances in rotating equipment. Valve and actuator springs: Deliver controlled axial force for valve seating, actuation return, or pressure compensation under alternating loads. Ordering and selection tips Specify model (disc spring), material (60SI2MNA) and that parts must meet DIN2093 to ensure dimensional and performance compatibility. Determine required load and deflection, then choose single or stacked configuration to meet system requirements. If in doubt, provide application load, available axial space, and operating cycle expectations so the correct size and stacking arrangement can be recommended.