Product Encyclopedia

Among the many components of a car, brake pads are undoubtedly one of the key elements ensuring driving safety. They act as the car's “safety guardians,” enabling it to come to a smooth stop at critical moments. However, many car owners are unclear about how often brake pads should be replaced. Today, we will delve into this issue to help ensure your driving safety. Read More

In the powertrain of a manual transmission vehicle, the clutch plays a crucial role as a "power switch," connecting or disconnecting power between the engine and transmission. Understanding the clutch's structure and working principles not only helps drivers operate their vehicles better but also allows them to quickly identify the problem when a malfunction occurs. Read More

Clutch plates or discs are the core friction component for power transmission in manual transmission vehicles. After prolonged use, wear and tear can lead to problems such as slipping, starting difficulties, and jerky shifting. These issues require prompt replacement. While replacing clutch plates may seem simple, it actually involves the coordinated operation of multiple components. Improper handling can compromise driving safety. This article details the steps and precautions for properly replacing clutch plates to help car owners understand the process and avoid risks. Read More

Brake pads are core components of a vehicle's braking system, and their wear rate and uniformity are directly related to driving safety. Under normal circumstances, brake pads should wear evenly and within their service life (typically 30,000-60,000 kilometers). If abnormal wear, uneven wear, or cracks occur, the cause should be promptly investigated. The following detailed analysis covers "Causes of Abnormal Wear" and "Quick Identification Methods" to help vehicle owners detect problems early. Read More

In a car's braking system, brake shoes are the core component of drum brakes. While not as well-known as disc brake pads, they still play a crucial role in certain models. For car owners, understanding the structure, working principles, and maintenance of brake shoes can help better diagnose brake system malfunctions and ensure driving safety. This article will provide a comprehensive explanation of brake shoes, from basic concepts to practical applications. Read More

When choosing brake pads, the "friction coefficient" is a key parameter many car owners focus on. Many assume that a higher friction coefficient means better braking performance and greater safety. But is this really the case? In reality, a higher friction coefficient for brake pads is not necessarily better. Choosing a brake pad requires a comprehensive consideration of multiple factors, including vehicle type and usage scenario. Read More

In automotive braking systems, brake pad performance directly impacts driving safety and the driving experience. Composite brake pads, a widely used product on the market, are the choice of many drivers due to their balanced overall performance. However, they are not without flaws. Understanding their advantages and disadvantages is crucial for making an informed decision based on your vehicle's needs. This article will analyze the advantages and disadvantages of composite brake pads in detail, focusing on performance, cost, and applicable scenarios. Read More

For manual transmission owners, the clutch is the heart and soul of the driving experience—smooth starting, smooth shifting, and even the vehicle's lifespan are all crucial. However, many owners' understanding of the clutch is limited to simply "pressing the clutch to shift gears," overlooking its operating principles and detailed maintenance. The following is essential clutch knowledge for manual transmission owners, covering everything from structure and operation to troubleshooting and maintenance, to help you thoroughly understand this critical component. Read More

Stopping distance is a core indicator of vehicle braking safety. As the component that directly generates friction, differences in brake pad performance directly impact stopping distance. Brake pads of varying materials and designs have distinct characteristics in terms of friction coefficient, high-temperature resistance, and compatibility with the brake disc/drum, ultimately affecting the distance a vehicle takes to stop from braking. Read More