About Us
Analysis of Maintenance, Replacement and Safety Hazards of Truck Brake Discs
Views : 9
Update time : 2025-07-08 14:42:45
Maintenance Methods
Regular Cleaning: During maintenance, use a special cleaner to remove dust, oil and powder. These impurities will reduce the friction between the brake pads and the disc, avoiding affecting braking sensitivity.
Check for Wear: Inspect at least once a week. Check for scratches, cracks on the surface, and measure the thickness with a caliper. Replace it in time when the thickness is lower than the minimum thickness marked by the manufacturer (usually 15-18mm). At the same time, ensure that the gap between the brake disc and the brake pad is between 0.5-1mm.
Avoid Sudden Braking: Frequent sudden braking will cause the brake disc to heat up to more than 300℃ in an instant, accelerating the aging of the surface layer. Developing a habit of smooth driving can extend the service life by more than 30%.
Pay Attention to the Environment: Sand and gravel on muddy roads will get embedded in the disc surface and cause scratches, and stagnant water will lead to rust. Rinse with a high-pressure water gun and dry it within 30 minutes after driving.
Replace Brake Pads: When the thickness of the brake pad is only 3mm left, it must be replaced. Overly worn brake pads will scratch the brake disc like sandpaper.
Replacement Cycle
There is no fixed standard for the replacement cycle, which is affected by many factors:
- Normal road conditions (plain, light load): 100,000 - 150,000 km
- Complex road conditions (mountainous areas, heavy load, frequent braking): 80,000 - 100,000 km
The following situations require immediate replacement: cracks on the disc surface exceeding 2cm, wear groove depth > 1.5mm, high-frequency abnormal noise or body jitter during braking.
Hazards of Not Replacing in Time
Reduced Braking Performance: The braking distance is extended by more than 50% compared with the normal state, and even doubled in rainy days, which is very easy to cause rear-end collisions.
Brake Failure: Overheating causes deformation of the disc surface, which may suddenly break when climbing or descending a slope, directly losing braking capacity.
Vehicle Out of Control: Uneven wear on one side will cause braking deviation. At high speed, it can deviate more than 3 meters in 1 second.
Aggravated Wear: A damaged brake disc will shorten the service life of the brake pad by 60%, and the maintenance cost of the entire brake system will increase by 2-3 times.
Impact on Goods: Failure of emergency braking may cause goods to move forward due to inertia, causing the vehicle to roll over. When transporting dangerous goods, leakage and explosion may occur.
In short, timely maintenance and replacement of brake discs is a key line of defense to avoid major accidents.
相关新闻
In-depth Analysis of Truck Brake Systems: Composition, Materials, and Core Values
Jul 09,2025
This article provides an in-depth look at truck brake systems, covering their core components (including brake discs, pads, drums, shoes, and ABS), the materials, advantages, and functions of key parts. It also explains the application scenarios of disc and drum brakes, and highlights the importance of high-quality brake components for safety and efficiency.
Analysis of Maintenance, Replacement and Safety Hazards of Truck Brake Discs
Jul 08,2025
This article covers truck brake disc maintenance, replacement cycles under different conditions, and hazards of delayed replacement, stressing timely upkeep as key for safety.
Truck Brake Discs: Choosing the Right Material Matters for Safety All the Way
Jul 08,2025
This article briefly introduces the definition and importance of truck brake discs, presents common materials and their comparisons, helping you quickly understand how to select suitable truck brake discs.
A Comprehensive Analysis of Truck Lights: Types, Functions, Replacement Cycles, and Maintenance
Jul 07,2025
This article analyzes truck lights, introduces the functions of lighting and signal warning lights, clarifies the replacement cycles of bulbs such as halogen, xenon, and LED, and puts forward maintenance key points under daily, regular, and special working conditions, providing guidance for ensuring driving safety and the service life of lights.