Stainless Steel Compression Spring
Stainless steel compression spring The spring uses the elastic deformation characteristics of the material to deform when subjected to external forces and store energy. When the external force disappears, the spring releases the stored energy, generating a restoring force that returns the connected parts to their initial position.
304 Stainless Steel Compression Spring Return Spring Steel Wire Diameter 0.6~0.7mm Outside Diameter 3~12mm
Stainless steel compression spring features:
- Stainless steel compression springs can work in high temperature environments and are not easy to lose elasticity after a long time of use, which makes it a significant advantage in high temperature operating environments.
- Due to the characteristics of stainless steel material, this spring is not easily affected by acid, alkali, salt and other chemical substances, effectively preventing the problem of oxidative corrosion, thus extending the service life.
- Stainless steel compression springs also have oxidation resistance to prevent spring elasticity loss due to oxidation in wet or high temperature environments.
- Excellent elasticity, can quickly restore the original shape and length, which is especially important for frequent deformation and recovery occasions.
Shape and structure:
The return spring is generally cylindrical or conical, and also has a convex shape, a concave shape and a small number of non-circular shapes. There is a certain gap between the rings of these springs, and when subjected to external loads, the springs will shrink and deform, storing deformation energy. Its material section is mostly circular, but also useful rectangular and multi-strand steel rayon coil, and generally equal pitch.
Manufacturing process:
The manufacturing process of stainless steel compression spring includes several steps such as material selection, wire processing and spring design. First of all, you need to choose the appropriate stainless steel material, such as 304, 316, etc. The selected stainless steel wire is then cut and stretched to obtain the desired size and length; Finally, according to the application requirements and working conditions, design the shape, diameter and other parameters of the spring.
Application field:
- Mechanical engineering: widely used in various mechanical equipment, such as valves, clutches, brakes, etc., to achieve the reset function of components.
- Electronic devices: In some electronic devices, such as keyboards, mice, switches, etc., the reset spring is used to provide the rebound of the keys.
- Automotive industry: automotive suspension system, brake system, engine valve and other parts have the application of return springs.
- Household items: such as the hinges of doors and Windows, the slide rails of drawers, etc., will also use the reset spring.
Purchase points:
- Elastic coefficient: Select the appropriate elastic coefficient according to the required recovery force.
- Size specifications: Ensure that the size of the spring matches the installation space.
- Material quality: high-quality materials can ensure the performance and life of the spring.
- Working environment: Consider the working environment of the spring, such as temperature, humidity, corrosion and other factors.
When purchasing stainless steel compression springs, it is necessary to choose the appropriate material, specification and type according to the specific working environment and requirements. At the same time, it is also necessary to ensure that the force and vibration of the spring will not exceed its capacity to extend the service life and ensure the safety of use.
Stainless steel compression springs occupy an important position in the machinery industry with their excellent performance and wide application fields.
