DIN 2093 Disc Spring

SUNZO 65Mn disc springs deliver high elasticity & precision for machinery. With 1000-1200 MPa tensile strength, DIN 2092 standards, and custom options. Ideal for CNC, CMMs, and semiconductor equipment.

SUNZO manufactures premium Inconel X750 high-temperature DIN 2093 disc springs engineered to combat severe stress relaxation in petrochemical valves, gas turbines, and high-pressure hydraulic circuits.

SUNZO disc springs (Belleville washers) offer superior axial preload with DIN/ISO compliance. Choose from high-carbon steels to superalloys (-270°C to 650°C), custom sizes (5-300mm OD), and surface treatments. Rigorous testing ensures >10⁸ cycle fatigue life.

Premium 50kN Inconel X750 DIN 2093 disc springs manufactured by SUNZO. Engineered with high load capacity to replace standard belleville washers in extreme high-temperature environments.

SUNZO disc springs offer precise stiffness (5-200 N/mm) for CNC and optical equipment. Custom-engineered with ISO 16148 testing, FEA simulation, and ±0.01mm tolerances. Parallel/series stacking for load/deflection tuning.

Premium 65Mn alloy DIN 2093 disc springs manufactured by SUNZO. Engineered with a strict ±0.02mm tolerance to replace standard belleville washers in high-precision loading applications.

SUNZO Disc Springs (Belleville washers) deliver high axial preload in minimal space. With materials from carbon steel to superalloys, they withstand -270°C to 650°C and offer >10⁸ cycle fatigue life. DIN 2092/ISO 16148 certified, customizable for industrial applications.

SUNZO manufactures premium SUS316 stainless steel DIN 2093 disc springs engineered specifically for extreme subsea, offshore, and petrochemical processing applications. Utilizing medical/marine-grade high-purity alloys, these precision-formed conical components eliminate the risk

Aerospace-grade disc springs from Inconel alloys, operating from -270°C to 650°C with 1300+ MPa strength. AS9100D & Nadcap certified, offering precise load control (0.5-20 kN) and 40% space savings for critical systems.

SUNZO SUS304 disc springs offer superior corrosion resistance with 18-20% chromium content, withstand heavy loads up to 50 kN, and provide excellent shock absorption. Available in standard sizes and custom options with specialized surface treatments for demanding industrial environments.

Disc Springs for Hydraulic Seals and Mechanical Compensation Disc springs combine a simple shape with flexible engineering possibilities. Commonly associated with Belleville washers, these components are ideal for applications requiring high stiffness, compact design, and controlled axial force. Keywords: disc spring for hydraulic seals, disc spring, disc spring manufacturer, disc spring supplier, Belleville washer, custom disc spring, high load disc spring, precision disc

Disc Springs for Hydraulic Systems and Pressure Mechanisms Introduction Disc springs provide an efficient alternative to longer coil springs when mechanical assemblies require high axial force in limited spaces. Their conical profile enables tunable load-deflection response, with material, geometry, and stacking configurations tailored to semiconductor and precision equipment requirements. How Disc Springs Work During compression, the cone height changes, storing elastic

Compact conical disc springs (Belleville washers) deliver predictable axial force for preload, compensation & shock absorption in limited spaces, ideal for motor and bearing preload systems with flexible stacking configurations.

Disc Spring vs. Belleville Washer: Understanding the Terminology Disc springs combine a simple shape with flexible engineering possibilities. They are commonly associated with Belleville washers and are used where high stiffness, compactness and controlled axial force are important. For automotive and transmission assemblies, correct selection requires consideration of load, deflection, temperature, fatigue and installation space. How Disc Springs Work During compression, the

Their conical profile creates a tunable load-deflection response. Material, geometry and stacking configuration can be selected according to the actual requirements of precision machinery and compact actuators.

SUNZO engineers variable stiffness DIN 2093 disc springs with a 0.1–15mm thickness range. Utilizing ANSYS FEA, 50CrVA/Inconel718 alloys, and automated austempering, we design custom non-linear load curves for heavy-duty powertrain and valve assemblies globally.

SUNZO manufactures premium 0.3mm to 5.5mm thickness DIN 2093 disc springs within a 50,000 $m^2$ Industry 4.0 production framework. Processing high-purity alloy matrix lines through progressive die technology and automated laser verification gates, these conical elements provide c

SUNZO manufactures heavy-duty zinc-plated DIN 2093 disc springs ($\ge10^6$ cycles at 70% load). Utilizing an 85% Zn/15% Al mechanical deposition process, these high-hardness (250–300 HV) components provide 1,000+ hours of salt spray defense for heavy industrial machinery.

SUNZO manufactures premium DIN 2093 disc springs featuring a ultra-thin 2-4$\mu\text{m}$ high-performance barrier coating. Engineered for extreme environments, these components offer 1,500+ hours of salt spray protection with zero hydrogen embrittlement and precise load linearity

SUNZO manufactures high-precision 60Si2MnA DIN 2093 disc springs engineered for sensitive precision instruments and heavy-duty drivetrains. Featuring an isothermal-quenched matrix and a strict ±2%load tolerance, these elements ensure zero-drift axial preloads and elite corrosion