Pingxiang Chemshun Ceramics Co.,Ltd

Common methods for processing alumina wear   resistant ceramics shared by Chemshun Ceramics factory , welcome to check  Dry grinding: This method uses grinding tools to cut Chemshun alumina ceramics , but attention should be paid to the control of grinding pressure and temperature to avoid surface cracks or breakage. Wet grinding: Coolant is used during the grinding process to reduce the temperature, play a lubricating role, and reduce the impact of grinding force on ceramics. Ultrasonic machining: Cutting using ultrasonic vibration can effectively reduce the impact of grinding force on ceramics, but special ultrasonic machining equipment is required1. Laser machining: Cutting or drilling using laser beams has the advantages of high precision and no pollution, but professional laser machining equipment is required. Cutting: Use high-speed cutting technology to process the blank into the desired shape. Grinding and drilling: Use grinders, wire cutting and other equipment for fi...

The rubber ceramic vulcanized plate ， also called ceramic rubber wear liner , combines the elasticity of rubber and the hardness of ceramic, and has many excellent properties. Regarding the specific structure of the rubber ceramic vulcanized plate, there may be different forms. The following are two common structures: 1. Rubber ceramic two-in-one vulcanized plate structure The rubber ceramic two-in-one vulcanized plate is a composite material formed by vulcanizing wear-resistant rubber and wear-resistant ceramics (such as alumina ceramics). Specifically, wear-resistant ceramics (such as alumina ceramics in the shape of porcelain columns, hexagons, and flat plates) are vulcanized with wear-resistant rubber and compounded with it to form an integral structure. In this structure, the rubber layer provides elasticity and buffering capacity, while the ceramic layer provides high hardness and wear resistance. 2. Rubber ceramic steel plate three-in-one vulcanized plate structure The rubber c...

As an important part of the wear-resistant field, wear   resistant ceramics are often used in heavy  wear industries such as ports, mines, cement, lithium batteries, and steel. Compared with common metal materials such as high-chromium cast iron and high-manganese steel, wear-resistant ceramics have many advantages such as high hardness, wear resistance, high temperature resistance, and isolation of metal pollution. Most of our common wear-resistant ceramics exist in the form of wear-resistant ceramic sheets, which are used as wear-resistant linings in the wear field by pasting. Wear-resistant ceramic sheets have a variety of shapes such as square, triangle, diamond, hexagon, circle and special shape. So what is the difference between wear-resistant ceramic sheets of different shapes? How to choose? First of all, let's talk about the difference between wear-resistant ceramic sheets of different shapes, which is mainly reflected in five aspects-impact resistance, wear resistan...

As an important material, ceramic tower packing are widely used in various fields. Its special physical and chemical properties and good wear and corrosion resistance make it play an important role in the engineering field. In the field of electronics, ceramic fillers play an indispensable role. Due to its excellent insulation performance and high temperature stability, ceramic fillers are often used as insulating materials and heat dissipation materials for electronic components. For example, ceramic fillers can be used to manufacture electronic components such as capacitors, resistors, insulators, etc. to ensure the stability and reliability of components. In the chemical industry, ceramic fillers are widely used in the lining of reactors and containers. Its excellent corrosion resistance and wear resistance make it an ideal choice. For example, in an acid-corrosive environment, ceramic fillers can be used to manufacture the lining of chemical reactors to protect the reactor from co...

As an important material in the field of industrial wear protection, wear resistant ceramics have always attracted much attention for their excellent high temperature resistance. So, what are the key factors that affect the high temperature resistance of wear-resistant ceramics? The following are several aspects that we have analyzed in depth: 1. The criticality of material purity: The wear-resistant ceramics we usually refer to generally refer to alumina wear-resistant ceramics, and their high temperature resistance is closely related to the purity of alumina. Alumina wear-resistant ceramics are born in a sintering environment of up to 1700°C, and they themselves have excellent high temperature resistance. However, when the purity of alumina is insufficient, other elements will be doped into the ceramics, which will cause adverse effects due to differences in their thermal expansion and contraction properties under high temperature or rapid temperature changes. Therefore, when facing...

1. Material properties High hardness: The hardness of alumina ceramics is extremely high, second only to diamond, and much higher than traditional metal materials such as wear-resistant steel and stainless steel. This high hardness makes alumina ceramics excellent in wear resistance and can effectively resist wear and scratches. Chemical stability: Alumina ceramic wear-resistant parts have good stability to most chemicals such as acids, alkalis, and salts, and are not prone to chemical reactions. This feature gives it a significant advantage in occasions such as chemical industry that require corrosion resistance, and also enhances its wear resistance. High temperature resistance: Alumina ceramic wear resistant parts can work for a long time in high temperature environments and are not easy to deform or fail. In high temperature working environments, alumina ceramics can maintain their hardness and stability, thereby ensuring that their wear resistance is not affected. 2. Structure an...