Product Overview
The "BMW OEM Brake Disc Manufacturer Frontech Brand" is a high-quality uncoated brake disc designed for heavy-duty vehicles. It is made of durable materials and is 100% tested for reliability and performance.
Product Features
High Heat Dissipation: The brake disc is designed to dissipate heat quickly, preventing brake fade and ensuring reliable stopping power.
Cost-Effective: Compared to coated brake discs, the uncoated version is less expensive, making it a cost-effective choice for commercial vehicles.
Durable: Made of high-quality materials, the brake disc can handle intense pressure and heat, providing consistent braking performance over a long period of time.
Precision Balanced: The disc is 100% precision balanced, ensuring smooth operation and minimizing pedal pulsation.
ABS Sensor Rings: Equipped with ABS sensor rings, the brake disc allows for trouble-free operation of ABS/TCS on compatible vehicles.
Product Value
The uncoated brake disc offers high heat dissipation, durability, and cost-effectiveness, making it a valuable choice for heavy-duty commercial vehicles.
Product Advantages
100% Dynamic Balancing: Frontech's commitment to delivering high-quality brake discs with 100% dynamic balancing sets them apart from other suppliers, ensuring a reliable and safe braking solution.
Data-First Product: The production methods used by Frontech are data-driven, ensuring consistent quality and performance of the brake discs.
High-Quality: With fully automated CNC equipment, Frontech provides top-quality brake discs that meet exact specifications.
Certification: The brake discs are ISO9001/TS16949 certified, guaranteeing their quality and reliability.
Packaging: The brake discs are packaged in plastic, box, carton, and pallet, ensuring safe transportation and storage.
Application Scenarios
The BMW OEM Brake Disc Manufacturer Frontech Brand is suitable for Audi, FAW-Audi, Peugeot, Renault, Seat, Skoda, and Volkswagen vehicles. It is designed for heavy-duty commercial vehicles and is ideal for applications where high heat dissipation, durability, and cost-effectiveness are required.