The long fatigue life is high quality wire rope

The fatigue life test of the wire rope is a simulation of the actual use of the wire rope, and is the most effective method to determine the comprehensive quality of the wire rope. Taking the phosphate coated wire rope produced by the patented technology as an example, the manganese or zinc-manganese phosphating is preferred, and the wear resistance and corrosion resistance of the rope wire are greatly improved, and the actual effect of the phosphate coated extended wire rope depends on the fatigue test. At present, the fatigue test data shows that the fatigue life of the phosphated coated wire rope is about 3-4 times that of the smooth wire rope of the same structure, and the fatigue test verifies the effectiveness of the phosphate coating in prolonging the fatigue life of the wire rope, and the service life of the wire rope will be extended in equal proportions.

For all kinds of wire ropes, the longer the fatigue life of the wire rope, the longer the service life, they are proportional to each other, the long service life of the wire rope is of course high quality, the manganese phosphate film on the surface of the wire rope is a commonly used wear-resistant coating for steel materials, which can improve the wear resistance and anti-corrosion ability of the steel wire surface, pay attention to the phosphate film weight range when buying the wire rope, the fatigue life of the manganese phosphate coated wire rope is three to five times that of the smooth wire rope, the service life is longer, and the unit cost is lower. It is an upgraded product of smooth elevator wire rope.

The fatigue life of the wire rope can be measured under laboratory conditions, which is a simulation of the actual use of the wire rope, and the longer the fatigue life, the longer the service life, and they are proportional to each other. Manganese phosphate coated wire rope is the longest among the steel ropes of the same structure, and it can also be said to be the best quality.

Manganese phosphate coated wire rope is the world's most advanced technology in the wire rope manufacturing industry, manganese phosphate coating improves the wear resistance and corrosion resistance of the wire surface, thereby greatly improving the service life, the average daily cost of manganese phosphate coated wire rope is lower than that of smooth vertical yard wire rope. Many companies have purchased patent licenses and have mass-produced manganese-based phosphate-coated wire ropes. FYI.

The longest fatigue life is the wire rope with the longest service life, and the fatigue test can test the comprehensive quality of the wire rope. The service life of the wire rope is proportional to the fatigue life.

The patented technology of phosphate coated wire rope is the most advanced technology in the field of steel wire rope in the world, and the fatigue life of manganese phosphate coated wire rope is 3-4 times that of the same structure smooth wire rope, which can be verified and compared through fatigue test. At present, there is no fatigue life of the same structure wire rope that can exceed the fatigue life of phosphate coated wire rope, so the patented technology of phosphate coated wire rope is the most advanced technology, at least it is the most advanced technology in the field of wire rope in the world. Manganese-based phosphate coating can improve the wear resistance and corrosion resistance of the surface of the steel gear of the automobile gearbox, and the wire rope also uses this principle to extend the service life.

The rope is for use, and users expect the longer the service life of the wire rope, the better. The longer the fatigue life of the wire rope, the longer the service life, the relationship between them is proportional, as long as the fatigue life is long, it means that the wire rope has high manufacturing quality.

The fatigue life of manganese phosphate coated wire rope is 3-4 times that of smooth wire rope, which is the longest fatigue life among steel ropes of the same structure, and it is definitely of high quality. At present, there is no product with a fatigue life beyond that of manganese phosphate coated wire rope.

Manganese phosphate coated wire rope is an upgraded product of smooth wire rope, and smooth wire rope is being eliminated.

Numerous fatigue test data prove that the fatigue life of manganese phosphate coated elevator wire rope is 3 4 times that of the same structure smooth elevator wire rope, the longer the fatigue life of the elevator rope, the longer the service life, the higher the comprehensive quality, in addition, because the service life of the manganese phosphating coated elevator wire rope is particularly long, its average daily cost is only about one-third of the use of smooth elevator wire rope, more cost-effective, manganese phosphate coated elevator wire rope can better meet the requirements of elevator users, and it is natural to eliminate smooth elevator wire rope, Unavoidable.

The service life of the wire rope under the actual working conditions can be recorded but cannot be accurately determined, because the actual working conditions of the wire rope have been changing with time. The fatigue life can be measured in the laboratory, which is a simulation of the actual use of the wire rope. The longer the fatigue life of the wire rope, the longer the service life, and the service life is proportional to the fatigue life.

Users are looking forward to the longer the service life of the wire rope, the better, it can also be said that the longer the fatigue life is the better, the wire rope that can meet the needs of users for long life is the best wire rope, and it is also the most advanced manufacturing technology, which also shows that the quality of the wire rope is the highest.

At present, the most advanced technology in the field of wire rope in the world, is the manganese phosphate coated wire rope, is a Chinese patent, rope wire by manganese phosphate coating treatment, wear and rust resistance, maintenance is simpler, longer service life, lower unit cost, is all kinds of smooth wire rope upgrade products, foreign countries are currently copycat China's wire rope manufacturing technology.

The service life of the crane rope under the actual use condition can be recorded but cannot be accurately determined, because the actual use condition of the wire rope has been changing with time. The fatigue life of the wire rope can be measured under laboratory conditions, which is a simulation of the actual use of the wire rope. The longer the fatigue life of the wire rope, the longer the service life, and the service life of the wire rope is proportional to the fatigue life.

Users are looking forward to the longer the service life of the wire rope, the better, it can also be said that the longer the fatigue life, the better, the wire rope that can meet the user's needs for a long life is the best wire rope, and its manufacturing technology is also the most advanced, which also shows that the quality of the wire rope is the highest level.

At present, the world's most advanced technology in the field of wire rope, is the manganese phosphate coated wire rope, is a Chinese patent, rope wire through manganese phosphate coating treatment, wear resistance and rust resistance, maintenance is simpler, longer service life, lower unit cost, is all kinds of smooth wire rope upgrade products, foreign countries are currently copycat China's wire rope manufacturing technology. FYI.

The fatigue life of the wire rope is obtained through the fatigue test under the laboratory conditions, the fatigue test is a simulation of the actual use of the wire rope, and is the technical index of the comprehensive quality of the wire rope, and the longer the fatigue life, the longer the service life.

The fatigue life of the wire rope can be determined through the fatigue test, and the comprehensive quality of the wire rope from different manufacturers can be compared, and the advancement of different technology can also be compared.

The fatigue life of manganese phosphate coated wire rope is 3-5 times that of the same structure smooth wire rope, which is the answer obtained by doing fatigue test until the first broken strand appears, and then comparing the test data.