Compression springs

✓ Spring rate (force required to compress a specific distance).
✓ Wire diameter.
✓ Coil diameter.
✓ Number of active coils.
✓ Free length (length of the spring when unloaded).

These factors determine the spring's performance and suitability for specific applications.

Common applications for compression springs encompass automotive systems (valve springs, shock absorbers), industrial machinery (clutch springs, pressure relief valves), and consumer products (pen springs, mattress springs). They are also used in aerospace, medical, and agricultural equipment due to their reliability and durability.

Selecting the right compression spring involves considering factors such as required load, operating environment, and desired lifespan. Consulting with a spring manufacturer or engineer can help ensure optimal performance and safety.

1. Perfect complete supply chain
Many years of factory experience have cooperated with various enterprises to develop a variety of products. Whether it is electroplating, electrophoresis, or post-processing, such as product coating, we have familiar suppliers within 30km of our factory.
So we can quickly make samples within 48 hours (Except for products that require surface treatment or testing)

2. Rapid mass production
Once the sample is confirmed, production will be ordered immediately. The standard for mass production will be reached in 1-3 days.

3. Improve spring detection equipment
✓ Spring testing machine: Used to measure the stiffness, load, deformation and other performance indicators of the spring.
✓ Spring hardness tester: Measure the hardness of the spring material to assess its wear resistance and resistance to deformation.
✓ Spring fatigue testing machine: Simulate the repeated load action of the spring under actual working conditions and evaluate its fatigue life.
✓ Spring size measuring instrument: Accurately measure the geometric dimensions such as wire diameter, coil diameter, coil number and free height of the spring.
✓ Spring surface detector: Detect spring surface defects, such as cracks, scratches, oxidation, etc.