Factory Provided Nickel Plated Steel Tower Spring For Home Appliance

1, the stiffness of conical spring
Suppose the axial tension acting on both ends of the conical spring [formula], and the radii of both ends are [Formula] respectively. In total, [formula] rings, axial length [formula] and spring wire diameter [formula], then the spring radius at the axial direction [formula] is: r=r1(1-x/L)+r2*x/L
Number of spring turns in micro segment: dn=ndx/L
Remember shear modulus [formula], then axial stiffness of micro-segment: dK=gD4/64(dn)r3

A cone is more stable and a cylinder is more elastic

FAQ

1. What are the 4 types of springs?
A:Different types of springs: compression, extension, torsion, & constant force springs.

2. What are types of helical spring?
A:Helical Spring Types
Compression Springs.
Tapered (Conical) Compression Springs.
Extension Springs.
Torsion Springs.
Barrel (Concave) Springs.
Hourglass (Convex) Springs.

3. How do helical springs work?
A:How Coil Springs Work. A coil spring functions by storing energy in order to release it, absorb shock or maintain force between two surfaces. If you apply too much force, you can stretch a spring beyond its limit which will permanently distort the spring.

4. What is basic difference between helical compression spring and helical tension spring?
A: Both are made up of a coil spring that is devised for elasticity and strength, but that is where their likeness ends. The main difference is that tension springs are meant to hold two things together while compression springs are designed to keep components from coming together.

5. Why helical springs are used in trains?
A: The helical spring provides flexibility, suspension, and mechanical support for many applications from loading and transporting rails to cutting and drilling.