Application Scenario

Various heavy machinery and transport equipment.

Specific uses

Clutch used in transmission systems to ensure smooth startup and stop of equipment.

Advantages and features

High load and high-temperature resistance, ensures smooth operation and precise control under heavy loads.

Application Scenario

Automobile engines, gearboxes, and drive systems.

Specific uses

The clutch is used to connect and disconnect the power transmission between the engine and the transmission system, allowing the driver to accelerate or decelerate smoothly and control the driving of the car.

Advantages and features

Efficient power transmission, fast response, and wear resistance ensure driving smoothness and vehicle stability.

Application Scenario

Power systems for electric and hybrid vehicles.

Specific uses

Clutch used for power switching between the engine and electric motor in hybrid vehicles.

Advantages and features

Supports efficient power switching, adapts to different working modes, enhances vehicle performance and energy efficiency.

Application Scenario

Agricultural equipment, such as tractors and harvesters.

Specific uses

Clutch used to switch power transmission, ensuring smooth startup and stop of machinery.

Advantages and features

High load resistance, strong reliability, improves work efficiency, and adapts to long hours of high-intensity work.

Application Scenario

The rotor and drive train of a wind turbine.

Specific uses

Bearings are used to support rotating parts in wind turbines, reduce friction, and keep the equipment running stably and efficiently.

Advantages and features

It is resistant to wind pressure and corrosion, and can operate stably for a long time under extreme weather conditions, thus extending the service life of wind power equipment.

Application Scenario

Key components like car hubs, drive shafts, and engines.

Specific uses

Bearings support and bear the rotation and load of car parts, reducing friction and improving driving stability.

Advantages and features

High load capacity, low friction, reduces energy loss, extends service life.

Application Scenario

Various mechanical equipment such as motors, reducers, and conveyors.

Specific uses

Bearings support rotating parts, reduce friction, and ensure smooth operation.

Advantages and features

High precision, strong durability, good load-bearing capacity, improving overall performance and production efficiency.

Application Scenario

Aircraft engines, flight control systems, etc.

Specific uses

Bearings support high-speed rotating parts, withstand extreme working conditions, and ensure aircraft stability and safety.

Advantages and features

Ultra-high precision, strong vibration resistance, stable operation under high temperature and pressure.

Application Scenario

Key components of ships like engines, drive systems, steering gear, and propulsion systems, supporting rotating parts and reducing friction.

Specific uses

Mainly used in ship engines, crankshafts, propeller shafts, and steering gears to ensure smooth operation of power and control systems.

Advantages and features

Strong seawater corrosion resistance, high load capacity, stable in extreme marine conditions, boosting efficiency, reliability, and service life, while reducing maintenance costs.