Industrial Couplings

Double diaphragm coupling is an advanced metal elastic element flexible coupling, which occupies an important position in modern industrial transmission systems with its unique structure and excellent …

Single diaphragm coupling as a precision mechanical transmission component, plays a crucial role in modern industrial equipment. This type of coupling is widely used in various transmission systems tha…

A shim coupling is a mechanical device that connects two shafts and transmits power and motion through multiple layers of metal elastic elements (laminated groups), belonging to the category of metal e…

The plate coupling consists of a laminated diaphragm group of stainless steel thin plates, high-strength bolts, and two half couplings. The core principle is to compensate for the axial, radial, and an…

As a key component in modern industrial transmission systems, flexible membrane couplings have become an ideal choice to replace traditional toothed couplings due to their unique metal elastic element …

Laminated membrane coupling is a high-performance metal elastic element flexible coupling, consisting of a multi-layer stainless steel thin plate laminated diaphragm group connected by high-strength bo…

Disc membrane coupling is a high-performance flexible coupling device that achieves torque transmission and displacement compensation through the elastic deformation of metal diaphragms.

Steel laminae coupling is a flexible coupling device that compensates for shaft deviation through elastic deformation of metal diaphragms. Its core is composed of a membrane group composed of multiple …

Flexible diaphragm coupling is a high-performance metal elastic element flexible coupling, which is composed of a diaphragm group composed of multiple layers of stainless steel thin plates stacked toge…

A lamina coupling is a flexible coupling with metal elastic elements, which compensates for the relative displacement between two shafts by the elastic deformation of multiple layers of metal thin plat…

As a key component in modern mechanical transmission systems, metal membrane couplings occupy an important position in the industrial field with their excellent performance and wide applicability.

Teeth couplings achieve power transmission through gear meshing and have high torque bearing and deviation compensation capabilities.