
Ensure safety and reliability in your crane operations with our BYWZ5-500 Series Explosion-Proof Brakes. Designed for Xuda cranes, these brakes feature asbestos-free pads for smooth and efficient braking. The explosion-proof design ensures safety in hazardous environments, making them ideal for industrial applications.
Our BYWZ5-500 Series Brakes are built to withstand the toughest conditions, providing consistent and powerful braking force. The asbestos-free pads offer superior wear resistance and smooth operation, reducing maintenance costs and downtime. Trust our explosion-proof brakes to deliver the safety and performance you need in your crane operations.

Introducing the DZS1-SB type double electromagnetic power loss brake, a specialized solution for stage equipment and safety needs. This double brake offers enhanced safety and performance in demanding applications.
Ideal for industries requiring robust and reliable braking solutions, the DZS1-SB offers a superior design. Its double electromagnetic technology ensures smooth and consistent performance, making it an essential component for any professional setup.

Discover the THB-B-0.3KG micro magnetic powder brake, a revolutionary solution for small and thin brake applications. This hollow design with a 24v Type 24v Hollow configuration ensures minimal space usage while delivering robust braking power.
Perfect for delicate machinery and precision control, the THB-B-0.3KG offers a unique combination of compactness and strength. Its magnetic powder technology ensures smooth and reliable braking, making it an ideal choice for various industrial needs.

Experience the precision of the YT245 Magnetic Powder Clutch Brake Controller. This PLC output drive module offers advanced tension adjustment, ensuring smooth and efficient operation.
The YT245 magnetic powder clutch brake controller is designed for durability and performance, making it an ideal choice for various industrial applications. Its robust design and high-quality materials ensure long-lasting reliability and precision.