Rigging industry innovation spurt, patent achievements frequently lead new changes

In the field of industry and engineering, rigging as a key connection and bearing components, its importance is irreplaceable. Recently, the innovation vitality of the rigging industry is overflowing, and many enterprises have made outstanding achievements in patent research and development, which has injected surging momentum into the high-quality development of the industry.

 

Tie-Down Straps, as an indispensable binding tool in the transport link, also ushered in important improvements. Today, Tie - Down Straps on the market are mostly made of high-strength polyester fiber, with light weight, high strength, not easy to break and other characteristics. Some high-end products also add anti-ultraviolet and waterproof coating, so that in the complex outdoor transportation environment, it can resist the erosion of wind and rain, sunlight and other bad weather, to ensure the stability of goods during long-distance transportation. Taking road transport as an example, when the truck is fully loaded with goods driving in different road conditions, these high-quality Tie Down Straps can tightly fix the goods to prevent their displacement or fall due to vehicle turbulence, acceleration, deceleration, etc., providing a strong guarantee for the safe delivery of goods to the destination. ​

Ratchet Straps because of its convenient tightening mode and strong fastening force, in the cargo binding work more and more popular. The new Ratchet Straps further optimize the ratchet mechanism in the design, the operation is more effortless, the user only needs to pull gently, can quickly tighten the binding belt, greatly improve the work efficiency. At the same time, in order to ensure safe use, each Ratchet Straps is clearly marked with the working load limit (WLL), reminding users to operate in strict accordance with the regulations. In the cargo arrangement of the logistics warehouse and the cargo fixing of the transport vehicle, the wide application of Ratchet Straps effectively reduced the security risks caused by the poor binding of goods, and ensured the smooth and safety of the logistics transport link. ​

The Lifting Belt, with its lightweight, flexible nature, plays a key role in the lifting of precision equipment and in work scenarios where there are strict limits on surface damage. In the electronic equipment manufacturing workshop, when handling high-precision production equipment, the Lifting Belt with its wide and soft bearing surface can avoid scratching and damage to the equipment and maximize the protection of the integrity and accuracy of the equipment. In addition, manufacturers continue to innovate, according to different Lifting needs, developed a variety of structures and specifications of the Lifting Belt to adapt to a variety of complex working environments. ​

Chain Slings, with its high load carrying capacity and good durability, occupies an important position in heavy machinery lifting, large-scale construction and other fields. Its strong chain structure can withstand great tension, suitable for lifting heavy, oversized objects. In large bridge construction projects, Chain Slings can be used to lift heavy components such as bridge components to ensure a smooth construction process. At the same time, through the use of advanced heat treatment processes and high-quality steel, the strength and wear resistance of Chain Slings are further improved, and they are able to operate stably in harsh working environments for a long time.

These patent achievements are not only a powerful witness of the innovation strength of enterprises, but also mark the rigging industry in improving product performance, expanding application scenarios, optimizing production processes and other aspects of a solid step. In the future, it is expected to play a more critical supporting role in various large-scale projects, transportation, industrial production and other fields, and promote the rigging industry to stride forward to a higher quality development stage.