Ceramic Clutch-manufacture,factory,supplier from China

Product descriptionCeramic brake pads are a new type of friction material. Ceramic brake pads are composed of ceramic fibers, iron-free filler substances, adhesives and a small amount of metal. They have the characteristics of no noise, no dust, and no corrosion of the wheel hub. , long service life, environmental protection and other advantages. Ceramic brake pads are the latest brake pad technology, which have better characteristics than traditional brake pads. Ceramic brake pads are currently only used in some high-end cars or sports cars. Ceramic brake pads change conventional wisdom.

Product descriptionCeramic brake pads have greater braking capacity than traditional brake pads and are also very lightweight. Of course, its biggest feature is high temperature resistance and wear resistance, and ceramic brake pads improve braking performance. Ceramic brake pads can be used at temperatures up to 1000°C for a long time and can meet the high performance requirements of various high-performance braking materials. For example, in F1 racing cars, the brake pads are all brake pads with ceramic components.

Product descriptionClutch friction plates mainly use asbestos-based friction materials. As the requirements for environmental protection and safety become higher and higher, semi-metallic friction materials, composite fiber friction materials, and ceramic fiber friction materials gradually appear. Compared with clutches made of other materials, ceramic clutches perform better in terms of overload capacity. The main reasons are as follows: 1. Different material strengths: Ceramics are a high-strength material. In comparison, asbestos has low strength and is prone to deformation and breakage.

Product descriptionThe structure of the clutch driven disc is usually adapted to the material of the driven disc friction plate used. Clutch Disc Ceramic Disc 24 Teeth is: a cermet automotive clutch driven disc, consisting of cermet friction discs, driven discs, and reducers.

Product descriptionThe dump truck ceramic clutch is a new type of metal-ceramic automotive clutch transmission disc, which belongs to automotive brake control technology. Compared with clutches made of other materials, ceramic clutches perform better in overload capacity. The main reasons are as follows: 1. Different material strengths : Ceramics are high-strength materials. When compared, asbestos has low strength and is easy to deform and break. 2. Different amounts of heat energy: The heat capacity of ceramics is much smaller than that of asbestos.

Product descriptionThe automobile clutch driven plate is a key component in the clutch and is installed between the flywheel and the pressure plate. During operation, the pressure plate is tightly pressed against the surface of the flywheel, and the engine power can be transmitted by relying on the friction between the friction lining on the driven plate and the surfaces of the flywheel and pressure plate. Ceramic Clutch for Tipper Truck is a new structure of metal-ceramic automobile clutch driven disc, which belongs to the field of vehicle braking control technology.

Product descriptionThe dump truck ceramic clutch is a new type of metal-ceramic automobile clutch driven disc, which belongs to the field of automobile brake control technology. The driven plate includes cermet friction plate, driven plate, shock absorber spring, damping plate, driven plate hub and rod compression spring. Ceramic clutches perform better in terms of overload capacity compared to clutches made of other materials. The main reasons are as follows: 1. Different material strengths: Ceramics is a high-strength material.

Product descriptionThe clutch pressure plate is an important structure on the clutch, which plays an important role in driving safety.  Ceramic Clutch for Tipper Truck is a new structure of metal-ceramic automobile clutch driven disc, which belongs to the field of vehicle braking control technology. The clutch pressure plate is one of the most important components in the clutch assembly, which transmits and cuts off the power transmission of the engine through the linkage mechanism according to the wishes of the driver.

Product DescriptionThe clutch is located in the flywheel housing between the engine and the gearbox. The screws fix the clutch assembly on the rear plane of the flywheel. The output shaft of the clutch is the input shaft of the gearbox.

Product descriptionThe new ceramic formula uses a variety of lightweight porous fillers and does not contain any metal components (steel fiber foam, iron powder, heavy metals, etc.). Compared with semi-metallic formulas, ceramic brake pads have larger porosity and lower density. At the same time, compared with resin-based friction materials, the hardness of ceramic-based friction materials is also lower.

How the clutch worksDuring separation, step on the pedal, and the separation fork pushes the separation bearing, driving the inner end of the separation lever to move left, and the outer end of the separation lever to move right.

Product descriptionThe automobile clutch driven plate is a key component in the clutch and is installed between the flywheel and the pressure plate.

Product DescriptionThe automobile clutch driven plate is a key component in the clutch and is installed between the flywheel and the pressure plate. During operation, the pressure plate is tightly pressed against the surface of the flywheel, and the engine power can be transmitted by relying on the friction between the friction lining on the driven plate and the surfaces of the flywheel and pressure plate.The vast majority of clutch driven plate friction materials are asbestos-reinforced resin materials (hereinafter referred to as organic sheets).

Product descriptionThe vehicle clutch plate is an important component of the engineering vehicle power system and is responsible for cutting off and connecting the power transmission from the engine to the drive shaft. Conventionally used traditional semi-ceramic and organic clutch plates have a short service life, and their quality is easily affected by factors such as the external environment and driver's operating habits.

Product descriptionAutomobile clutch plates are an important part of the power system of engineering vehicles and play the role of disconnecting and connecting the power transmission from the engine to the drive shaft. Traditionally used semi-ceramic and organic clutch plates have a short lifespan and are easily affected by the external environment and driver's operating habits. As a component that transmits power, the clutch has three important functions: "transmitting power", "cutting off power" and "transmitting power". .

Product descriptionCeramic brake pads use high-tech materials such as large-grain graphite/brass/high-grade ceramics (non-asbestos) and semi-metals, which have the advantages of high temperature resistance, wear resistance, stable braking, repair of brake discs, environmental protection, no noise and long service life. Excellent material properties, overcoming the material and process defects of traditional brake pads, it is the most cutting-edge advanced ceramic brake pad in the world.

Product DescriptionThe structure of the clutch driven plate is often adapted to the material of the driven plate friction lining used. The contents of the utility model are: a cermet automobile clutch driven disk is composed of a cermet friction lining, a driven disk, a shock-absorbing spring pressure plate, a damping plate, a driven disk hub and a bar-shaped compression spring. There are three driven discs, one large clover-shaped disc and two small disc-shaped discs. The discs are riveted together with rivets. The three blades of the trilobite are riveted with cermet friction linings.

Product descriptionThe automobile clutch driven plate is a key component in the transmission of power in the automobile. The metal-ceramic clutch driven disc equipped with metal-ceramic friction discs is mainly suitable for vehicles that require frequent start-stop clutching and have large friction during the starting process, such as desert vehicles, mining trucks, mountain trucks, buses and engineering vehicles. This driven disc has reliable performance under harsh working conditions and will not cause damage to the engine flywheel and pressure plate (friction couple) during use.

Product descriptionDepending on the application, clutch facings can be made from a variety of materials, but some of the most common include asbestos, textile fabrics such as Kevlar and Kevlar, and ceramic materials. Like disc brake pads and other clutch materials, the materials used for clutch facings need to be durable. Because the process of driveshaft engagement and disengagement involves the conversion of kinetic energy to thermal energy, the clutch facings must be able to withstand the tension and high temperatures reached during this process.

Product descriptionThe clutch is located in the flywheel housing between the engine and transmission. Protects the transmission system from overload. When the car brakes suddenly, it will decelerate rapidly, because without the clutch the engine is tightly connected to the transmission. Therefore, all moving parts experience significant inertia. This can cause the load on the drivetrain to exceed its load capacity. This can damage mechanical parts, but clutches eliminate this danger by taking advantage of the relative motion that can occur between the actuating and driven parts of the clutch.

Product DescriptionThe clutch driven plate requires a certain amount of friction to ensure sufficient power transfer. At the same time, certain wear resistance and high temperature resistance are also required to ensure long-term reliability.The design and performance of the clutch driven plate directly affects the operating effectiveness and lifespan of the clutch, so when using or maintaining the clutch, it is necessary to pay attention to the degree of wear and friction of the clutch plate.

Product DescriptionThe clutch release bearing, also known as the release bearing, is an important part of the manual transmission system. Its main function is to engage and disengage the clutch by pressing the release finger on the clutch pressure plate.The clutch release bearing facilitates the engagement and separation of the clutch and plays an important role in the smooth operation of the clutch system. Regular inspection and maintenance of the release bearing will help prevent premature wear and ensure optimal performance of your manual transmission.  Product advantages1.

Product descriptionClutch Structure: A clutch mainly consists of a control part, a transmission part, contacts, friction plates, etc. All of these work together to make the clutch work efficiently.Working principle: The clutch controls the movement through the controller and connects the transmission part with the contact point. Therefore, power from the engine is sent to the drive system.

Introduction to automobile clutchThe automobile clutch is located in the flywheel housing between the engine and the gearbox. The clutch assembly is fixed on the rear plane of the flywheel with screws. The output shaft of the clutch is the input shaft of the gearbox.