65Mn Slotted Disc Springs Carbon Steel SUS304 SUS316 Austenitic Stainless Steel
Double-groove disc springs in 65Mn, stainless steel, alloy steel & superalloys. Optimized for durability, corrosion resistance & high-temp performance with tailored surface treatments. Ideal for industrial, marine & aerospace applications.
Durable Slotted Disc Springs Shock Absorption Belleville Stack For Heavy Load
Double-groove Disc Spring - Special Radial Groove Elastic Component for Industrial Applications The double-groove disc spring is a high-performance special disc spring with radial grooves on both internal and external radial sides, featuring a unique structural design that optimizes load distribution and elastic performance. It delivers excellent stiffness, stable buffer and shock absorption capacity, and can bear heavy loads with small axial deformation, suitable for various
Customizable Groove Size Washer Conical Spring Double Groove Disc Spring
Custom double-groove disc springs with precision CNC machining. Available in alloy/stainless steel with various surface treatments. Enhanced load capacity, compact design, and international quality standards for machinery, hydraulic, and aerospace applications.
Twin Groove Slotted Disc Springs Ultra Precision Axial Preload
Twin-groove disc spring ensures ultra-precise axial preload with minimal deformation (<0.03%) and exceptional durability (1M+ cycles). Features SUS304/50CrVA materials, ±0.01mm groove tolerance, and 35% vibration reduction for CNC, CMM, and semiconductor applications.
High Stiffness Slotted Disc Springs Precision Hydraulic Energy Storage Corrosion Resistance
High stiffness double-groove disc spring for hydraulic energy storage. Made from 60Si2MnA/50CrVA alloys, withstands 50kN loads with <0.05% deformation. Features 100,000+ fatigue cycles, ±2% pressure stability, and rapid 50ms response for compact systems.
Double Groove Slotted Disc Springs Radial Flexibility 14mm 18mm Conical Washer
Double-groove disc springs feature dual radial grooves for superior stress distribution, extending fatigue life by 30% and reducing axial deformation by 25%. Ideal for heavy machinery, aerospace, and hydraulic systems with custom stiffness options and high-strength alloy construction.
