Lifting belt reference
The lifting belt is 1t in purple, 2T in green, 3T in yellow, 4T in gray, 5T in red and 10t or more in orange.
The conventional lifting belt (synthetic fiber lifting belt) is generally made of high-strength poly-2113 ester filament. The lifting belt has many advantages, such as high strength, wear resistance, oxidation resistance and UV resistance. The lifting belt is soft, non-conductive and non corrosive (5261 has no harm to human body), and is widely used in 4102 fields. There are many kinds of conventional lifting belts (synthetic fiber lifting belts), which are generally made of high-strength polyester filament. They have many advantages, such as high strength, wear resistance, oxidation resistance, UV resistance, etc. at the same time, they are soft, non-conductive and non corrosive (no harm to human body). Lifting belts are widely used in various fields. There are many kinds of lifting belts. Conventional lifting belts (according to the appearance of lifting belts) can be divided into four categories: annular through core, annular flat, double eye through core and double eye flat. Lifting belt is generally used in flammable and explosive environment without sparks. The first synthetic fiber flat sling in the world has been successfully used in the field of industrial hoisting in the United States since 1955. It has been widely used in ships, metallurgy, machinery, mines, petroleum, chemical industry, ports, power, electronics, transportation, military and other fields. Lifting belt has the advantages of portability, convenient maintenance, good chemical resistance, light weight, high strength, and not easy to damage the surface of lifting objects. It is more and more favored by users and gradually replaced wire rope in many aspects. When selecting the specification of the lifting belt, the size, weight, shape of the load to be lifted, and the coefficient of the use mode jointly affected by the lifting method to be used must be included in the calculation consideration, and the requirements of the given ultimate working force, as well as the working environment and the type of load must be considered. The sling with sufficient capacity and proper length to meet the use mode must be selected. If multiple lifting belts are used to lift the load at the same time, the same type of lifting belt must be selected; the raw materials of the flat lifting belt cannot be affected by the environment or load. Whether accessories or soft lifting lugs are needed or not, it is necessary to carefully consider the matching of the end section of the lifting sling with auxiliary accessories and lifting equipment.
