Lifting railWhat are the advantages of lifting rails? I believe many friends are still unclear. To enhance everyone's understanding, here is a brief introduction to the advantages of lifting rails. Let's take a look together if you're interested!

Lifting rails are currently a popular product, but many people still do not understand their function. The structure of lifting rails is relatively simple, and it has been found that they are highly adaptable, capable of working in various geographical environments, with a wide range of main uses. Therefore, we see that they are now applied in various parts of industrial production. Moreover, the installation of the rails is very flexible, so if there are lifting rails, they can be quickly installed in complex working environments in factories. By reducing many installation operations, the equipment I am talking about today can work in a shorter time, improving the overall speed of the work chain. Additionally, you should know that it now has characteristics such as unrestricted running distance, large load capacity, and freedom of movement, as it can run on ground tracks or on the workshop floor. The competition in the industry is becoming increasingly fierce, and only by continuously improving their products can companies maintain their competitive edge. The market now has a variety of equipment, each with various models, and the same product is called differently in various places.

When lifting rails are in operation, they can run on tracks. We have professionally designed track wheels that adapt to running on tracks, which can reduce ground friction. However, you need to understand that the current transportation methods of tracks limit the scenarios in which lifting rail vehicles can operate. To solve this problem, our designers have developed a type of electric flat car—trackless flat car, which is also quite common. Therefore, its emergence naturally compensates for the operating scenarios of lifting rail vehicles. This way, it can improve efficiency during operations, reduce the workload of workers, and bring greater benefits to enterprises.

The main rail of the crane must be fixed to the travel beam, and the trolley rail is fixed to the main beam. When the crane is in operation, the rails should not have lateral or longitudinal movement, and they should be easy to adjust. Crane rails include special rails, railway rails, square rails, and P-type rails; square rails cause more wear on wheels and are rarely used now; most cranes use P-type rails.

Safety inspection of crane rails: Check for cracks, looseness, and corrosion in the rails, bolts, and clamps. If cracks are found, they should be replaced in a timely manner, and any other defects should be repaired promptly. The main inspection tool is a rail flaw detector.