News Center for Cardan shaft universal coupling, transmission shaft, universal joint shaft, universal shaft, driveshaft, driveline

There is a difference in the quality of any product, and the same goes for universal couplings. Universal couplings are an important part of many larger mechanical devices, and they will often be found not only in these larger mechanical devices but even in some smaller ones. The universal coupling of the cross can also be called a cross joint in the universal coupling,...

As a result of the high-pressure load, the Cardan shafts are subject to surface wear and skin loss. Especially when the universal shaft is used in the automotive industry, lubrication is needed if there is a problem. In practice, the operator will use calcium-based grease to lubricate the shaft for the sake of convenience, which may cause damage. How should we choose a lubricant?　　...

Machinery and equipment are usually made up of three parts: the moving parts, the transmission, and the working mechanism, and the coupling is what connects them together. Important components. A coupling is a shaft component used to connect shafts in a mechanical drive, although it can also be used to connect shafts to other rotating parts. Its main task is to transmit torque. Compared...

The universal coupling is one of the most commonly used Cardan shafts. The use of its structural features can make not in the same axis or axis of the larger angle or axial movement of the two axes is angular speed continuous rotation, and Reliably transmits torque and motion. It can be widely used in lifting, engineering transportation, mining, petroleum, shipping, coal, rubber, paper...

Universal Couplings, someone calls Cardan Shaft, universal spindles, or universal joint shaft. The main purpose of Universal Coupling is to transmit the power co-axially without or with minimum resistance. The benefit of using Universal Coupling instead of Rigid Coupling is that it can transfer Drive/Power even if the line of action is differed up to 30 Degree axially.