STS is an escrow service that protects both buyers and suppliers. Funds are held securely by Made-in-China.com until order terms (e.g., delivery, quality) are fulfilled
|
Still deciding? Get samples of $ !
Order Sample
|
| Customization: | Available |
|---|---|
| After-sales Service: | Perfect After-Sales Service |
| Warranty: | 2 Years |
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
|---|
Payment Guarantee
Platform-protected payments with refund support for eligible order issues.
Platform Logistics
Inspection Service
After-Sales & Dispute Handling
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
I. Metal Brake Pads
Metal brake pads, commonly referred to as semi-metallic pads, contain 30%-65% metal content such as iron, copper, steel, or composite metals. They exhibit excellent thermal conductivity and high-temperature resistance, making them suitable for heavy-duty and high-speed driving conditions.
Advantages:
• Excellent high-temperature resistance: Maintains reliable braking performance under elevated temperatures.
• Superior wear resistance: Offers extended service life due to robust durability.
• Relatively low cost: Production expenses are lower compared to ceramic brake pads.
Disadvantages:
• Significant noise generation: Metal brake pads tend to produce noticeable noise during braking.
• Increased dust production: Their use generates considerable metal dust.
• Higher wear on brake discs: The high hardness of metal pads accelerates disc wear.
II. Ceramic Brake Pads
Ceramic brake pads comprise ceramic fibres, non-metallic fillers, binders, and trace metals. These pads excel in braking performance, noise suppression, and wear reduction.
Advantages:
• Consistent braking performance: Ceramic pads deliver stable braking effects across varying temperatures and operating conditions.
• Low operational noise: Ceramic pads generate significantly less noise than metal pads during operation.
• Minimal dust and cleanliness: Produce fine white dust particles with reduced environmental and brake system impact.
• Low rotor wear: The softer composition causes comparatively less wear on brake discs.
Disadvantages:
• Costly: Ceramic brake pads carry a higher production cost, resulting in a relatively premium market price.
• Limited high-temperature performance: Under extreme heat conditions, ceramic brake pads may exhibit diminished performance characteristics.
• Not suited to aggressive driving: For heavy-duty or high-speed driving scenarios, ceramic brake pads may not be the optimal choice.
| 139x58.5x15.4 | OE | 4605A041 | SET | D867-7742 D867-7791 |
| 91.1x45x15.3 111.4x45x15.3 |
OE | 4605A487 | SET | D868-7743 |
| 91.1x45x15.3 111.4x45x15.3 |
OE | 68033078AA | SET | D1343-7743 |
| 151.35x52.07x17.9 151.45x52.03x17.9 KY81123 KY81242 KY81348 KY81376 KY81616 |
OE | SET | ||
| 165.25x54.25x19.1 165.3x51.2x17.1 |
OE | SET | D730-7678 | |
| 124x64.6x20 | OE | 05017843AA | SET | D841-7716 |
| 125.9x58.4x12.9 | OE | A117J0085S | SET | D491-8276 |
| 148.9x60.6x18.5 | OE | C2S 17129 | SET | D910-7789 |
){kind=link}