Semi-metallic brake pads combine metallic fibers with binders, fillers and friction modifiers to provide strong initial bite, efficient heat transfer and dependable wear resistance. They suit passenger cars, SUVs and light commercial vehicles that need consistent braking across varied temperatures.
| Place of Origin | Shandong, China |
| Product Type | Disc brake pads |
| Friction Material | Semi-metallic formulation |
| Application | Passenger cars, SUVs and light commercial vehicles |
| Fitment Service | OE-reference, sample and drawing-based matching |
| Axle Position | Front or rear, according to the vehicle application |
| Supply | Samples, production lots and private-label packaging by quotation |
Semi-metallic brake pads combine metallic fibers, binders, fillers and friction modifiers for strong initial bite, efficient heat transfer and dependable wear resistance across varied road temperatures.
| Friction Family | Semi-metallic |
| Key Performance | Strong bite, efficient heat transfer and stable friction |
| Vehicle Use | Passenger cars, SUVs and light commercial vehicles |
| Backing Plate | Steel; geometry to approved sample or drawing |
| Surface | Coating, slots, chamfers and markings to specification |
| Validation | Dimensional, shear, compressibility, friction, noise and wear tests as agreed |
Final friction targets, fitment, packaging and test criteria are confirmed in the approved purchase specification.
The metallic component improves thermal conductivity and gives a firm initial response. This makes semi-metallic pads a practical choice for vehicles that see mixed city, highway and light-commercial duty.
Pad geometry, friction formulation, backing-plate preparation, curing and surface treatment are matched to the approved OE reference or drawing. Typical inspection covers dimensions, bond strength, compressibility, friction stability, noise and wear.
Send the OE number, vehicle model, axle position, dimensions, annual quantity, friction target and packaging requirements. Request a semi-metallic brake pad quotation.
Compare related friction materials for different vehicle weights, duty cycles, noise targets, heat loads and service-life requirements. Send the OE number, drawing or vehicle application for product matching.
