The difference between forged steel wire rope and compacted steel wire rope

2015-05-19 20:02:00 阅读量:
Recently many customers call to consult 4V*39S+5FC 8-60mm steel wire rope weight and price per meter, I would like to explain to you is: The great majority that sees on the market at present belongs to pressing solid kind, when twist namely, the appearance of whole unit is pressed flatly through the craft, its inner silk does not have what change, there is still gap between silk and silk, next four strands of composite rope, after its force is easy to become long become fine, the weight of each meter of diameter 10mm is 0.41kg commonly. Our company introduced foreign equipment and technology production of wire rope at the beginning of 08, is in the rope at the same time in the whole rope appearance using rotary forging process forging, so that the outer and inner layer of the rope steel wire deformation, its section becomes: The outer layer of the rope each steel wire its exposed surface and the whole rope outer envelope surface tangential contact surface becomes larger, the inner part or all of the steel wire outer surface of each wire polygon, the tangential contact surface between wire and wire becomes larger, and the gap between becomes smaller, is a forging steel wire rope, diameter 10mm weight per meter is 0.45kg.
 
The characteristics of forged wire rope are:
 
1, large density - the same diameter weight increase about 10%.
 
2, large tension - the same diameter tension increased by more than 20%.
 
3, wear-resistant - wire rope and pulley contact, rather than point contact.
 
4, uniform - the force of each share is consistent, there is no rope fracture.
 
5, pre - tension - there is no longer wire rope after use, thinner.
 
6, Uniform roundness -- measuring diameter at any point without error.
 
7, diameter control - according to customer requirements to ensure the diameter within +1%.
 
8, reduce cost - compared with the same type of unforged, increase the use of more than 30%, so that the life of the rope is greatly extended.