Feature

●[Product] - Outer Diameter: 11mm; Wire Diameter: 0.8mm; Total Height: 30mm;
●[Specifications] - Compression Length: 0.7 inches (18 mm); Load Capacity: 11N; Spring Rigidity: 0.92 N/mm
●[MATERIAL] - 304 stainless steel wire provides superior mechanical properties with higher corrosion and heat resistance than music wires, high elasticity, and hardness
●[FEATURES] - The spring ends are closed to effectively transfer the force and reduce the possibility of tangling
●[APPLICATION] - Compression spring wire spring is a required spring type, so it is applicable to all products from household appliances to electrical appliances and electronics


Description


Product Description:

Compression springs are an open coil spring that is used for space saving and shock absorption in a variety of applications. They absorb the energy of the power they work by shortening and conserve their energy while compressing their energy and expanding as they release their energy. These springs are commonly used in rod loading or hole-mounted applications such as engines, large press machines, major electrical and lawn mowers, and electronic products.


Features:

1. The appearance of the springs is round and smooth, no black spots.
2. Uniform spacing, curve protruded, stable under force, high plasticity, good elasticity.
3. Made of 304 stainless steel material, high hardness.
4. Compression spring wire spring is a required spring type, so it is applicable to all products from household appliances to electric appliances and electronics. By compressing the load that acts or their ends they are squeezed and the load is pressed back because the compression spring is compressed by a wire design that attempts to return the spring to its original shape.


Specifications:

Product Name: Compression Spring
Outer Diameter: 11mm;
Wire diameter: 0.8mm;
Total Height: 1.2 inches (30 mm).
Compression length: 18mm;
Load Capacity: 11 N
Spring Rigidity: 0.92N/mm
Material: 304 Stainless Steel
Color: Silver Tone


Package Include:

20pcs x Compression Spring