Shijiazhuang Yaolun Technology Co., Ltd

It's inevitable that you’ll need to replace the brake pads on your vehicle. Whether you drive a sports car, a pickup truck, or any other type of personal or commercial vehicle, the brake pads will wear out with use. It’s a byproduct of their intended purpose, which is to decelerate your vehicle using friction against the brake rotor. Pressing the brake pedal squeezes two pads on opposing sides of a brake rotor against its surfaces, pulling your vehicle to a stop and wearing a tiny layer of brake material away on every application.   Different grades of  brake pads  are available from varying suppliers, and the comparison is often OEM vs aftermarket brake pads. For the parts alone, you can expect to pay between $50 and $150 for a set of OEM brake pads per axle while aftermarket brake pads start at around $20 and go up. Which is the right choice for your vehicle, though, and what are the tradeoffs between the different types of brake pads? Brake Pad   WHAT ARE OEM BRAKE PADS? The acr

When it comes to maintaining your vehicle's safety and performance, one of the most important components to pay attention to is your brakes. Your brakes are responsible for bringing your car to a stop, and the quality of your brake pads can make a significant difference in how well they perform. One option for replacement brake pads is   OEM brake pads . In this article, we'll explain what OEM brake pads are, how they differ from other types of brake pads, and why they matter. What Are OEM Brake Pads? OEM stands for "original equipment manufacturer," which means that OEM brake pads are the brake pads that were installed on your vehicle when it was originally built. These brake pads are designed specifically for your vehicle's make and model, and they meet the manufacturer's specifications for performance and safety. Auto brake pads Wholesale  are typically sold through authorized dealerships or repair shops, and they are often more expensive than aftermarket b

Your car’s brakes are your first line of defense when it comes to avoiding crashes on the road. Keep yourself and others safe by staying on top of brake maintenance and getting them changed when recommended by the manufacturer.   WHAT ARE BRAKE PADS? Brake pads  are a key part of your vehicle’s brake system; they sit between your brake shoe (the part that clamps down, slowing the tires’ rotation) and your brake drum. Without functioning brake pads, other elements of your vehicle, such as the discs, rotors, and calipers will begin to wear away. Maintaining effective brake pads is important to avoiding very pricy repairs as well as unsafe driving conditions. That’s why it’s important to be able to identify when to replace your vehicle’s old brake pads.   WHEN TO GET YOUR BRAKES CHANGED The right time to change your brakes depends on the make and model of your vehicle, as well as how often you drive it. The manufacturer’s guide will provide you with the most accurate timeline, so we recom

The clutch   is a vital component in a manual transmission system that allows for the smooth engagement and disengagement of power between the engine and the transmission. The primary function of the clutch is to disconnect the engine from the transmission when changing gears, enabling the driver to shift smoothly and efficiently without causing damage to the transmission or engine. In a manual transmission system, the engine is directly connected to the gearbox, which in turn is connected to the wheels via the driveshaft and differential. When the engine is running, it continues to rotate even when the vehicle is stopped or in neutral. Without a clutch, the engine would continue to spin the transmission even when the driver is not engaging the gear, resulting in increased fuel consumption, wear and tear, and potential damage to the transmission. The clutch allows the driver to smoothly engage and disengage the engine from the transmission. When the clutch pedal is pressed, a hydraulic

The lifespan of   a clutch  depends on several factors, including the make and model of your vehicle, driving style, and driving conditions. On average, a clutch can last between 50,000 to 100,000 miles, but with proper care and maintenance, it can last even longer. Here Are Some Factors That Can Affect the Lifespan of a Clutch: Driving Style If you have a habit of riding  the clutch  (i.e., keeping your foot on the clutch pedal while driving), or engaging and disengaging the clutch too quickly, it can wear out the clutch faster. Type of Vehicle The type of vehicle you drive can also play a role in the lifespan of the clutch. For example, sports cars and vehicles with manual transmissions generally have a shorter clutch lifespan compared to sedans or SUVs. Load The amount of load that the clutch has to handle can also impact its lifespan. If you frequently drive with a heavy load, such as towing a trailer, the clutch will have to work harder and may wear out faster. Driving Conditions

Most cars will have disc brakes on their front wheels and either disc or drum brakes on their back wheels. With disc brakes, when you press the brake pedal, the hydraulic brake fluid makes the brake caliper push the brake pad against the brake disc. As the brake pad rubs against the brake disc, the friction slows down the wheels.   What are the parts in a car's braking system? ●  Brake discs  - Metal discs that rotate along with the wheel. ●  Brake pads  - Pads on either side of the brake discs that cause friction when the brake pedal’s pressed. ● Brake calipers - Contain the piston and brake pads. They clamp onto the disc when braking. ● Brake lines - Transport brake fluid through the braking system. ● Brake fluid - Fills the brake lines and uses hydraulic pressure to activate the calipers when the brake pedal’s pressed. ● Brake master cylinder - A hydraulic piston attached to the brake pedal to pressurise the braking circuit and activate the brakes. ● Brake servo - Attached to th

  Semi-metallic   ceramic brake pads  are a type of brake pad that combines the durability and heat resistance of metallic materials with the quiet operation and low dust of ceramic materials. Some of the Key Features of Semi-metallic Ceramic Brake Pads Include: High Temperature Resistance Semi-metallic ceramic brake pads are able to withstand high temperatures, making them suitable for use in high performance vehicles and in heavy duty applications. Low Dust Unlike traditional metallic brake pads, semi-metallic ceramic brake pads produce significantly less dust, which can help to keep wheels cleaner and improve visibility. Low Noise Semi-metallic  ceramic brake pads typically  produce less noise than metallic brake pads, making them a good choice for vehicles that are driven in urban or residential areas. Durable Semi-metallic ceramic brake pads are designed to be long-lasting and wear-resistant, which can help to reduce the need for frequent replacements. Improved Braking Performance