Components
- Solvents: Usually contain high – volatility solvents like hydrocarbon – based solvents or specialized fluorinated solvents. These solvents can quickly dissolve grease, oil, and other contaminants adhered to the brake discs.
- Detergents: Mild surfactants are added to the cleaner. They help to break down and emulsify dirt particles, making it easier for the cleaner to lift and remove them from the surface of the brake discs.
Efficacy
- Deep Cleaning: Effectively eliminates stubborn brake dust, grease, and oil on the brake discs. Brake dust can accumulate over time and affect braking performance, while grease and oil can reduce friction, and the cleaner can thoroughly clean these substances.
- Restoring Braking Performance: By removing contaminants, it restores the original friction coefficient of the brake discs, ensuring that the brakes can work effectively, reducing braking distances, and enhancing driving safety.
Advantages
- Fast – Acting: It can quickly penetrate and clean contaminants, saving time during the maintenance process.
- Non – Corrosive: Most high – quality brake disc cleaners are formulated to be non – corrosive to brake components such as metal discs, ensuring that they do not damage the parts while cleaning.
- Environmentally Friendly Formulations: Many modern brake disc cleaners are designed with reduced volatile organic compounds (VOCs), which is beneficial for both the environment and the health of maintenance workers.
Application Scenarios
- Automotive Repair Shops: Mechanics use it during regular brake maintenance, such as when replacing brake pads or inspecting the braking system.
- DIY Car Owners: For those who like to maintain their cars by themselves, brake disc cleaner is an essential tool for keeping the braking system in good condition.
- Fleet Maintenance: In large – scale vehicle fleets like buses, trucks, and taxis, regular use of brake disc cleaner can extend the service life of the braking system and ensure safe operation.
