The importance of stainless steel linear elasticity and how it is affected

Stainless steel wire has high strength and good toughness: stainless steel wire is an important component with high strength, good elasticity, light weight and good flexibility. It is widely used in machinery, shipbuilding, mining, metallurgy, forestry and other industries.

What is twisting of stainless steel wire: In the lifting application of stainless steel wire, twisting is a major problem that has plagued the normal operation of equipment for a long time. highly valued.

Under normal conditions, the hook and the stainless steel wire are parallel to each other in the vertical direction, and the stainless steel wire will not twist when the rope is correctly drawn out and there is no rotating force. If the stainless steel wire is incorrectly drawn out or there is a rotating force, the stainless steel wire will twist. This phenomenon will cause low work efficiency. If it is more serious, the stainless steel wire will jump out of the reel and damage the reducer, or even cause the stainless steel wire to break. , The hook or lifting weight falls, causing injuries to people and objects on the ground, and even the extreme situation of tower crane collapse, and affecting the construction period of the construction site. Therefore, if the problem of twisting of the stainless steel wire is not solved in time, there will be major safety hazards.

The importance of stainless steel linear elasticity and how it is affected

The elasticity of stainless steel wire is the degree of difficulty of elastic deformation under the action of external force. The stronger the elastic performance, the greater the elastic deformation stress produced by the stainless steel wire. The elasticity of the stainless steel wire may be reduced during use, and some changes will occur in the rope body, which will affect its own formation to a certain extent. details as follows:

1. The twisting distance of the stainless steel wire is the linear distance between the starting point and the ending point of the stainless steel wire inside the rope body rotating around the strand core or strands.

2. Fine brown powder will appear in the recesses of the rope strands.

3. Since the various parts of the stainless steel wire rope body are pressed against each other, there will be no gaps between the stainless steel wires and the rope strands.

4. The diameter of the rope body of the stainless steel wire will be reduced.

Although the reduction of the elasticity of the stainless steel wire will not cause immediate adverse consequences, as the bending performance of the stainless steel wire decreases and the diameter decreases, the abrasion between the stainless steel wires inside the stainless steel wire will increase, and the stainless steel wire may break and the rope body may break. The performance will be greatly improved, which is why the stainless steel wire has been vigorously used in recent years.