
ProMax Positive Mold Ceramic Disc Brake Pads are engineered:
- to reduce noise and dust
- to deliver quiet, reduced rotor wear and improved stopping power
- with a multi-layer Nitrile rubber shim that prevents vibration and noise
- and available in a wide range of numbers
All pads have a high content of ceramic fibers, are 100% scorched requiring no break-in period, are chamfered, slotted and shimmed, making them the perfect choice for outstanding performance.
Positive Mold Semi-Metallic Pads
ProMax Positive Mold Semi-Metallic Disc Brake Pads are engineered:
- to promote optimal heat resistance
- to deliver safe and outstanding breaking performance every time
- 100% asbestos free
- with a high level of steel fibre for exceptionally long brake pad and rotor life
Scorching is a key element in the manufacturing process of the ProMax Positive Mold Semi-Metallic Disc Brake Pads. It provides the initial phase of disc brake pad break-in, providing a dependable performance immediately.
ProMax Positive Mold Severe Duty Metallic Brake Pads
ProMax Positive Mold Severe Duty Metallic Brake Pads are engineered to Original Equipment (OE) quality, durability, reliability and the highest safety standards. These superior brake pads provide the optimal braking experience, delivering better control and shorter stopping distances, maximum noise reduction, outstanding pad resistance and superior, reliable braking performance.
ProMax Positive Mold Severe Duty Metallic Brake Pads are engineered:
- with a smoother pedal feel
- with ultra-quiet braking
- with long lasting pad life
- with outstanding heat transfer
- 100% asbestos free
ProMax Positive Mold Severe Duty Metallic Brake Pads provide top-of-the line performance in every kind of driving conditions while meeting stringent industry safety requirements.
CarbonMax Rotors Available as well
High Carbon content rotors provide improved thermal behavior, stability, resulting in excellent performance and a consistent brake pedal feel
Drilled and counter sunk holes allows for cooler running rotor, improves braking during wet and dry conditions and helps to dissipate heat, friction dust and gases during braking