brake disc

Customizable

Transportation modes：Including sea transportation, railway transportation, and road transportation.

Minimum order quantity：Comprehensive evaluation based on actual orders.

Qualification certification： Complete qualifications to ensure reliable quality.

Sales countries：We have provided products to users regions including Asia, Southeast Asia, Europe, North America, and Africa, serving countries such as the United  States, Japan, South Korea, France, Germany, Thailand, Vietnam, the United Arab Emirates, and Saudi Arabia. Looking ahead, we eagerly anticipate cooperating  with more global buyers.

Our casting products cover various fields such as automobiles, pumps and valves, engineering, wind power, municipal engineering, etc; In the field of automotive components, our products include key components such as steam turbines, engines, compressors, as well as chassis and suspension system components. Automotive components such as inertia rods, cylinder heads, crankcases, engine blocks, pistons, connecting rods, transmission housings, driveshafts, brake drums, brake discs, frame bearing seats, pressure plates, flanges, and other castings have received unanimous praise from users!

We have a complete set of casting technologies: sand casting, investment casting，lost foam casting, precision casting, etc. The materials cover all casting materials such as gray cast iron, ductile iron, stainless steel, etc! Welcome global buyers to inquire.

1.Introduction to Cylinder Head Castings

The Brake Disc Casting is a disk-shaped metal structural component fabricated through casting processes, designed to come into contact with the brake pads (brake linings) during braking and generate friction force. As the core component in the braking system, it primarily undertakes the function of converting the vehicle's kinetic energy into thermal energy, thereby achieving vehicle deceleration and stopping.

2.Material Selection

Brake Disc Castings are typically made from high-quality metal alloys such as cast iron, aluminum alloy, and ceramics. These materials exhibit excellent thermal conductivity, wear resistance, and mechanical properties, meeting the performance requirements of brake discs during long-term use.

• Cast Iron: Offers high wear resistance and thermal stability but is relatively heavy.

• Aluminum Alloy: Lighter in weight, with better heat dissipation properties but slightly less wear resistance than cast iron.

• Ceramics: Provide extreme wear resistance and thermal stability but are more expensive, usually used in high-performance vehicles or racing cars.

FAQ

Q1:How do you ensure your product quality?