Daily inspection and maintenance of lifting belts

　　The maintenance cycle of the lifting belt should be determined by relevant inspection technicians based on the usage situation, usage environment, usage frequency, and such practical application factors. If it is frequently used and the lifted object is heavy, it can be considered to check before and after each lifting. If the lifting is not frequent but occurs every day, it can be checked according to the number of times. No matter how the inspection is carried out, the more times the inspection is carried out within the allowable range of conditions, the better.

　　If used occasionally, in addition to ensuring the storage environment, it should be ensured that at least annually, the synthetic fiber lifting belt should be visually inspected by inspectors to determine whether it can continue to be used. A record of such testing should be kept.

　　Damaged lifting straps should not be used again. Please do not repair it yourself.

　　Is the reason for the long service life of lifting belts due to their uniform force distribution?

　　As is well known, whether it is flexible lifting straps, white lifting straps, or colored lifting straps, they are all woven from polyester or polypropylene fibers. The key point is that polyester and polypropylene fibers are woven continuously during the process of weaving lifting belts. If there are a large number of broken threads in the weaving process, it is considered an unqualified lifting belt product.

　　As a result, the entire lifting belt has a complete wire structure, and during the use of the lifting belt, each wire woven into the lifting belt carries weight, and each polyester/polypropylene wire woven into the lifting belt carries weight very evenly.

　　It is precisely because of this obvious advantage that the breaking load of industrial lifting belts is several times greater than the standard bearing weight.

　　This is also why large tonnage lifting belts should not come into contact with sharp edges or objects during lifting. Once the lifting belt comes into contact with sharp objects during the lifting process, the body of the lifting belt will be cut. As a result, the entire weight bearing capacity of the lifting belt will be uneven, and its original standard bearing capacity will disappear, reducing the breaking load several times. Losing the original structural form and mechanical bearing performance of the entire lifting belt