Heavy-duty axial drum gear coupling

The heavy-duty axial drum gear coupling is designed for mechanical transmission systems that need to handle high axial forces and angular displacements under harsh working conditions. This coupling, through its unique structural design, can maintain good transmission performance while withstanding high axial forces (e.g., 600 kN) and large angular misalignments (e.g., >3 degrees), effectively reducing equipment wear and failure risks.

JMJ Double Half Reverse Diaphragm Coupling

The JMJ Double Half Reverse Diaphragm Coupling represents a pinnacle in precision engineering and innovation for mechanical power transmission systems. Engineered with excellence and constructed with high-quality materials, this coupling offers superior performance, flexibility, and reliability, making it an indispensable component across various industrial applications.

JMJ single half reverse diaphragm coupling

The JMJ single half reverse diaphragm coupling is a high-quality and reliable coupling designed for various industrial applications. With its innovative design and advanced technology, this coupling offers exceptional performance and durability. It provides precise and efficient power transmission, ensuring smooth operation and minimal downtime. Made from premium materials, this coupling is resistant to wear, corrosion, and extreme temperatures, making it suitable for demanding environments. Its compact and lightweight construction allows for easy installation and maintenance. Trust the JMJ single half reverse diaphragm coupling to deliver superior performance and meet your coupling needs.

SWC-WF type large size universal coupling without expansion flange

The SWC-WF Type Large Size Universal Coupling without Expansion Flange is an engineering marvel designed for applications demanding robust torque transmission without the need for expansion capabilities. Engineered with precision, durability, and adaptability, this coupling is crafted for large-scale industrial settings where reliable power transmission and simplicity are key considerations.

T90 snake spring coupling with clutch

The T90 Snake Spring Coupling with Clutch is a state-of-the-art mechanical coupling system that seamlessly integrates the advantages of snake spring technology with a sophisticated clutch mechanism. This hybrid design is engineered for precision, flexibility, and optimal power transmission across various industrial applications.

SWC-CH type long expansion welding universal coupling

The SWC-CH Type Long Expansion Welding Universal Coupling embodies a sophisticated engineering solution tailored for applications demanding efficient torque transmission along with the benefits of long expansion capability. Engineered with precision, durability, and ease of installation through welding, this coupling is designed to excel in diverse industrial settings where reliable power transmission and adaptability to axial movement are essential.

T70 snake spring coupling with connect shaft

T70 snake spring coupling with connect shaft is a high-quality and durable coupling designed to provide efficient power transmission. This coupling is specifically engineered for applications requiring high torque and misalignment compensation. With its unique snake spring design, it offers excellent flexibility and torsional stiffness, ensuring smooth and reliable operation. The connect shaft feature allows for easy and secure connection, minimizing downtime during installation and maintenance. Whether used in industrial machinery or automotive systems, the T70 snake spring coupling with connect shaft is an ideal choice for optimizing performance and maximizing productivity.

SWC-WH type non-expansion welded universal coupling

The SWC-WH Type Non-Expansion Welded Universal Coupling represents a versatile and robust solution engineered for applications that demand efficient torque transmission without the need for expansion capabilities. With a focus on durability, precision, and ease of installation through welding, this coupling is designed to meet the requirements of diverse industrial settings where reliability and simplicity are paramount.