Frontech produces European high-end ceramic formula brake pads for 911
product information
| Product Name | Disc Brake Pads |
| Car model | 911 |
| Location | front and back |
| Product Formulas | Semi-metal, less metal, ceramic |
| Product guarantee | 80,000KM-100,000KM |
| Friction coefficient | 0.37-0.42 |
| Temp. Tolerance | 600ºC-800ºC |
| Customizing Option | Logo ,Packaging and Printing Color |
| MOQ | 50 set |
| Delivery | 30 Day |
| performance | 1.Less noise |
| 2.Longer life | |
| 3.More environmentally friendly | |
| 4.No damage to the brake disc | |
| 5.Excellent braking performance | |
| Certificates | ISO9001/TS16949/E-MARK/R90 |
| Sample | Samples available |
Product raw materials
Production Process
The production process of brake pads mainly includes raw material preparation, material mixing, pressing, sintering, finishing, surface treatment, quality inspection, packaging and delivery.
Precise control: Through strict process flow, the size, shape and performance of brake pads can be accurately controlled to ensure product consistency and stability.
High strength and wear resistance: The sintering process can thermally solidify the resin or adhesive in the brake pad material, enhance the strength and wear resistance of the brake pads, and improve the service life and braking effect of the brake pads.
Surface treatment: Through surface treatment, such as coating with anti-rust agent, coating or frosting treatment, the corrosion resistance and friction performance of the brake pad can be improved, and the friction effect between the brake pad and the brake disc can be enhanced.
Quality control: Through the quality inspection process, the brake pads can be visually inspected, dimensional measured, and friction coefficient tested to ensure that the brake pads meet relevant standards and requirements and provide high-quality products to customers.
Automated production: Many steps in the brake pad production process can be automated to improve production efficiency and product quality consistency.
Braking distance comparison
Our products have certain advantages in braking distance, which can stop the vehicle faster and improve driving safety.
Formula comparison
Frontech has three different brake pad formulas, namely semi-metallic, low-metallic and ceramic formula brake pads, which can satisfy all kinds of bad weather and different road conditions.
Ceramic formula:
Low noise and vibration provide a smooth braking experience.
It causes less wear on the brake disc and can extend the service life of the brake disc.
Low metal formula:
It has good high temperature resistance and can maintain good braking effect under high temperature conditions.
Suitable for a variety of driving conditions, including city roads and highways.
Semi-metallic formula:
High braking force and stability can provide excellent braking performance.
Good heat dissipation performance can maintain good braking effect under high temperature conditions.
Suitable for high-speed driving and long-term braking.
Independent research and development capabilities: The brake pad factory has independent research and development capabilities and can develop brake pad products suitable for different models and different driving environments according to market demand and customer requirements.
Production capacity: The brake pad factory has advanced production equipment and technology, which can produce high-quality brake pad products efficiently and accurately to meet market demand.
Quality control: The brake pad factory strictly controls every aspect of the production process, from raw material procurement to finished product inspection, and conducts strict quality control to ensure that product quality meets standards.
Cost control: Brake pad factories can reduce production costs and improve product competitiveness by optimizing production processes and management processes.
Service system: The brake pad factory has established a complete after-sales service system to provide customers with fast, professional and thoughtful services and improve customer satisfaction.
