E-Bike

Hardware forgings are widely used in the field of electric bicycles, they constitute the skeleton and core components of these transportation vehicles, which not only profoundly affect the overall performance of the vehicle, but also directly relate to the rider's sense of security and ride comfort. High-quality hardware components can ensure that the vehicle stops quickly and smoothly in an emergency, providing a higher level of safety for the rider; it can reduce the vibration and noise of the vehicle in the process of traveling, providing a more comfortable and enjoyable riding experience for the rider.

Frame

The frame is the core component of an e-bike and is usually made of lightweight and high-strength materials such as aluminum alloy, magnesium alloy, titanium alloy and steel, and undergoes precision forging, cutting, stamping and welding processes to ensure its accuracy and durability. To ensure that the vehicle is lightweight while maintaining sufficient strength.

Structural Components

Structural parts such as reinforcement pieces, risers, hook claws, cranks, etc. are an inaccessible part of an e-bike and are precision machined to give them higher performance.

Suspension System

Suspension systems include shock absorbers, suspension arms, locking clips and other hardware components that improve rider comfort and vehicle handling by absorbing and dispersing road vibrations.

Motor and Drive System

Precision-machined transmission components such as chains, gears, bearings, and joints are critical to the efficiency and stability of an e-bike's transmission. These parts are precision machined to reduce friction and wear, and improve transmission efficiency and service life. In addition, the engine block, motor cover, motor mount, etc. are made of high-strength cast iron or aluminum alloy to increase their wear resistance and heat dissipation performance