Interlaced Wave Spring
Interlaced Springs are flat wire, Multi-turn Wave Springs wound together in series and parallel.
For ten years, Lispring has been focusing on the R&D and production of wave springs and spiral retaining rings in the past, present and future, aiming to provide reliable and satisfactory products to global high-tech customers. We welcome your inquiries at any time.
Interlaced Springs are flat wire, Multi-turn Wave Springs wound together in series and parallel.
Overview
Interlaced Wave Spring
Interlaced Springs are flat wire, Multi-turn Wave Springs wound together in series and parallel.
Lispring Company Conducts Comprehensive Safety Awareness and Knowledge Training for All Employees to Strengthen Workplace Safety
To further enhance the safety awareness of all employees and improve their safety operation skills, ensuring production safety, Lispring Company recently organized a comprehensive safety awareness and knowledge training session for all staff.
How Lispring’s Wave Springs Helped Optimize Production Efficiency
Lispring’s wave springs have played a significant role in optimizing production efficiency across multiple industries by offering space-saving designs, consistent force, durability, vibration reduction, and customization options. These benefits have led t
Custom Wave Springs -Trusted by Schlumberger & Emerson
Lispring’s wave springs are the choice of Schlumberger, a global leader in oilfield services, for their superior performance and reliability.
The routine quality meeting of Lispring Company
The routine quality meeting of Lispring Company is an important activity aimed at ensuring continuous monitoring and improvement of the quality of the company's main products, including wave springs and spiral retainining rings.
Technical specifications
Interlaced Springs are flat wire, Multi-turn Wave Springs wound together in series and parallel.
. Mainly used in the scene of heavy load and long stroke.
. Effectively provides increased loading capacity and greater fatigue resistance
. Alternative to peaks versus troughs when higher loads are needed
. Substitute to a Nested Spirawave when higher free height or deflection is needed
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