For ten years, the past, present and future of Lisheng Spring has been focusing on the research and development and production of wave springs and spiral retaining rings, and is committed to providing reliable and satisfactory products to high-tech customers around the world. Your inquiry is welcome at any time.
The Strength Spring is one of the most professional companies in the world to produce wave springs and spiral retaining rings. EZ The series of spiral retaining rings are widely selected by the world's advanced manufacturing industry, with stable performance and reliable quality. We support non-standard customization, have an experienced R&D team, and can design and provide professional technical support for you for free
Overview
Dongguan customized spiral retaining ring series spiral retaining ring
The Strength Spring is one of the most professional companies in the world to produce wave springs and spiral retaining rings. EZ The series of spiral retaining rings are widely selected by the world's advanced manufacturing industry, with stable performance and reliable quality. We support non-standard customization, have an experienced R&D team, and can design and provide professional technical support for you for free
Application areas
Suitable for aerospace, automobile, medical, machinery, electronics, oil and gas, wind energy, new energy industries, etc.
Main markets
• Western Europe, North America, China
Packaging and shipping
Express delivery, logistics, delivery time: 5-30 days
Our Advantages
Having a strong R&D team to solve product problems has become a qualified supplier to a large number of world-renowned companies and providing them with high-quality products
Quality control
Passed ISO9001 and TS16949 Certified, more than 10 years of professional experience, can accept small batch trial purchases, and provide free samples
Main markets
• Western Europe, North America, China
Technical Specifications
| Part number | Working hole diameter | Installation shaft diameter | Load | High job | Free high | Number of waves per layer | Number of circles | Material thickness | Material width | Elasticity coefficient |
TechniqueArtificial branchhold
