모든 분류
industrial spring
174 발견 된 물건
항공우주 및 정밀 기계용 경하중에서 중하중 용량 및 작은 변형을 위한 축 방향 예압이 있는 웨이브 스프링
Wave Spring for Aerospace Precision Machinery, Hydraulic Seals and High-End Motors Wave springs provide essential elasticity and axial preload in demanding applications where space constraints and precision performance are critical requirements. What is a Wave Spring? A wave spring is a specialized elastic component featuring multiple peaks and valleys on a metal ring structure. This unique design delivers superior elasticity and impact resistance, making it ideal for
디스크 스프링 열 저항 디스크 스프링 정밀 기계 장치 및 일정한 힘을 필요로 하는 산업 기계에 제조
Key Features & Details 1. Can bear temperatures up to 600 degrees Celsius. 2. Material: SUS301, SUS304, SUS316, pH15 - 7Mo, 17 - 7pH, 17 - 4pH, INCONEL X750, INCONEL X718, Nimonic 90, Alloy 59, Hastelloy alloy T20813 (USA) 3. Surface treatment: Polishing 4. Meet DIN 2093, 20813 high standards 5. We can customize disc springs according to customers' requirements. 6. Usage: Power plant equipment (boiler suspension systems, transformer overload protection devices), valve
베어링 디스크 스프링 (스프링 강 및 스테인리스 스틸 재질, 베어링 예압 및 균일한 하중 분배용)
Bearing Preload Disc Spring - Grooved & Grooveless for Uniform Load Distribution Bearing Preload Disc Spring is specially engineered for bearing pre-tightening applications, available in two core series: grooved and grooveless types. Featuring a simple and durable annular design, this disc spring ensures uniform load force distribution when multiple plates are connected in parallel, eliminating uneven stress on bearing components. The most prominent advantage is its load
산업용 1 2 벨빌 세탁기 고탄소 스프링 스틸 벨빌 세탁기 6796 Din
DIN6796 디스크 스프링 와셔는 뛰어난 풀림 방지 성능으로 산업 안전을 보장합니다. 고탄소강 또는 스테인리스강으로 제작된 이 제품은 극한의 조건을 견디고 유지 관리 비용을 절감하며 까다로운 작업에서 치명적인 볼트 고장을 방지합니다.
열처리 클러치 스프링 고강성 합금 벨빌 스프링 항공우주 등급
고강도 클러치 스프링은 페달 힘을 30% 줄여주고 300°C 이상의 열과 200Hz의 진동을 견딥니다. ISO 16744 인증을 받아 수명이 50% 길어졌습니다. 연비를 8% 향상시키고 부드럽고 반응성이 뛰어난 변속을 보장합니다.
내구성 슬로트 디스크 스프링 충격 흡수
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
성능과 긴 수명을 보장하는 65Mn SUS304 및 Inconel718 재료로 제조 된 맞춤 DIN 2093 디스크 스프링
Disc Spring Material Guide - 65Mn, SUS304, Inconel718 & More Options The performance of a disc spring largely depends on its material selection. SUNZO offers disc springs made from a wide range of high-quality materials, each tailored to specific working environments. 65Mn provides excellent elasticity and stiffness for general industrial use; SUS304 offers superior corrosion resistance for humid or chemical environments; Inconel718 delivers high-temperature resistance for
레이어링 디스크 스프링은 경작과 경작 없는 레이어링을 미리 꽉 막기 위해 설계되어 있으며, 간편하고 내구적인 반지 모양의 설계가 특징입니다.
Bearing Preload Disc Spring is specially engineered for bearing pre-tightening applications and is available in two core series: grooved and grooveless types. It features a simple and durable annular design. When multiple plates are connected in parallel, this disc spring ensures uniform load force distribution , eliminating uneven stress on bearing components. The most prominent advantage is its load multiplication performance . With the same displacement volume, the bearing
DIN 2093 디스크 스프링 에너지 저장 및 제한된 축 공간의 수압 시스템에서 버퍼 충격 흡수를 제공하는
SUNZO Disc Spring - High Stiffness Shock Absorber for Hydraulic Systems SUNZO Disc Spring is a high-performance elastic component well-known for its outstanding stiffness and excellent buffer-shock absorption capabilities. It is designed to bear heavy loads with minimal deformation, making it the ideal solution for applications with limited axial space. Featuring variable stiffness and wide non-linearity, this disc spring can be combined in various ways to achieve customized
