"washer conical spring"
0.3mm-5.5mm ISO9001 DIN 2093 Disc Springs | SUNZO Factory
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
DIN 2093 Disc Spring offering excellent buffer shock absorption and variable stiffness for energy storage applications
SUNZO Disc Spring is a high-performance elastic component renowned for its exceptional stiffness and superior buffer-shock absorption capabilities. Designed to bear massive loads with minimal deformation, it is the perfect solution for applications with limited axial space. Featuring variable ...
High Precision 60Si2MnA DIN 2093 Disc Springs | SUNZO Factory
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
SUNZO Aerospace-Grade Disc Spring (Belleville Washer) with Extreme Temperature Range and Precise Load Control for Critical Systems
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.
14mm 18mm Double Groove Slotted Disc Springs | SUNZO Factory
SUNZO engineers premium 14mm and 18mm double-groove slotted disc springs designed for high-performance automation actuators, precision transmissions, and high-pressure valve networks. Featuring a precision-machined conical profile with dual inner and outer radial grooves
50kN 5-50N/mm Space-Constrained DIN 2093 Disc Springs | SUNZO Factory
SUNZO manufactures premium space-constrained DIN 2093 disc springs engineered to deliver heavy-duty load capacities up to 50kN and precise axial stiffness ranging from 5-50N/mm. Designed to optimize high-stress industrial actuators, satellites, and automotive transmissions, these
207GPa DIN 2093 Disc Springs for High-End Motors | SUNZO Factory
SUNZO manufactures premium DIN 2093 disc springs engineered with a calibrated 207GPa elastic modulus for high-end electric motors, dynamic powertrains, and automated actuators. Designed to eliminate bearing play caused by severe operational thermal expansion, these precision coni
Stainless DIN 2093 Disc Springs for Chemical | SUNZO Factory
High Stiffness Stainless Steel Solutions for Severe Chemical Environments Premium stainless DIN 2093 disc springs for chemical industry applications by SUNZO. Engineered with high stiffness to provide reliable live loading for valve and flange sealing. Stainless DIN 2093 Disc Springs for Chemical | ...
Custom 60Si2MnA Belleville Disc Springs | SUNZO Factory
Premium custom 60Si2MnA Belleville disc springs manufactured by SUNZO. Engineered for industrial-grade precision load-bearing applications with superior fatigue life.
Optimal Axial Preload DIN 2093 Disc Spring Belleville Disc Washer Inconel 718
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.
SUS316 Stainless Steel DIN 2093 Disc Springs | SUNZO Factory
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
Impact Resistant DIN 2093A Steel Disc Springs | SUNZO Factory
SUNZO manufactures premium heavy-duty DIN 2093A steel disc springs engineered for extreme impact absorption, high-pressure valve actuation, and industrial forging presses. Sourced from ultra-pure 50CrV4 high-carbon alloy and optimized via advanced isothermal quenching, these high
