Ceramic Lined Pipe Fittings

Product Description ELACERA® ceramic-lined elbows are used where abrasive powders and granular materials change direction inside a conveying system. The steel elbow provides the pressure-bearing and structural body, while 92% alumina ceramic tiles protect the internal surface from sliding wear and particle impact. The lining is installed after the steel elbow has been formed. Ceramic size, thickness, and arrangement are selected according to the elbow diameter, bend radius

Product Description The large diameter abrasion-resistant ceramic pipe uses strong glue to paste the ceramic pieces on the inner wall of the pipe in dislocation. After curing, a firm anti-wear layer is formed. The wear-resistant ceramic patch composite pipe can operate at 350 °C for a long time. The construction of large-diameter abrasion-resistant ceramic pipes is more convenient than that of small-diameter pipes, but if the ceramics are not firmly attached, they are easily

Product Description Wear-resistant ceramic lined pipe fittings are an innovative product that combines advanced ceramic technology with the advantages of traditional metal pipes. Its inner wall is embedded with a high-density, high-hardness wear-resistant ceramic layer, which can effectively resist material erosion and wear, especially suitable for conveying working environments containing hard particles or high-wear media. This pipe not only has excellent wear resistance but

Customized Large Diameter Backpack Wear-Resistant Ceramic Lined Elbow With Smooth Surface 95% Alumina Ceramic Product Description: Backpack wear-resistant ceramic lined elbow is also called reinforced ceramic elbow. The wear-resistant part welded on the part where the impact wear of the elbow is serious is called a backpack. The backpack's wear-resistant ceramic lined elbow is based on the wear-resistant ceramic elbow and adds a layer of wear-resistant backpack to enhance the

Product Description The ceramic lined elbow is composed of steel parts, viscose, and ceramics. The steel parts are formed by 20# integral hot bending (different from centrifugal casting pipe welding or coil forming), and the ceramics are bonded to the steel parts by temperature-resistant viscose. The inner wall is installed with staggered arch joints and cured to form a firm anti-wear layer. Ceramic technical parameters Items Specifications Content of alumina ≥92% Density ≥3

Product Description Alumina Ceramic Tile is an indispensable equipment for conveying powder in the cement industry. Its function is to send the air-powder mixture into the furnace for combustion at a long distance. The outer shell of it is made of steel, and the inner lining is alumina ceramic with excellent wear resistance, which not only exerts the high-temperature wear resistance and corrosion resistance of alumina ceramic but also exerts the characteristics of high

​Product Description The ceramic lined reducer pipe (straight pipes, elbows, large and small heads, tees, and various specially shaped pipes) are composite pipe formed by an organic combination of ceramics and metals. Ceramic pipe combines the high hardness of alumina, excellent wear resistance, corrosion resistance, heat resistance, thermal shock resistance, and mechanical shock resistance Ceramic technical parameters Items Specifications Content of alumina ≥95% Density ≥3.8

Product Description The alumina content of the alumina ceramic lined pipe is mainly 92, 95, 99. Under the same conditions, it is 10 times more wear resistant than ordinary pipes. The pipeline lining ceramics adopts the staggered seam paste method and the staggered arched patch The process is designed to solve the particularly severe powder and slurry conveying system for wear-resistant ceramic pipes. Product parameters Items Specifications Content of alumina ≥92% Density ≥3.6

Product Description In the power industry, coal mills are key equipment for coal-fired power generation. Their operating efficiency and stability are directly related to power plants' overall operating costs and energy efficiency. The wear problem of coal mill outlet pipelines has always been a technical problem that has plagued many power plants. It not only affects the life of the equipment but may also cause safety hazards. This article aims to introduce a set of efficient

Product Description Metal ceramic elbow pipe is a high-performance industrial pipe component that combines the mechanical strength of metal with the wear and corrosion resistance of ceramic. The pipe is usually composed of an inner lining ceramic layer and an outer metal material. The inner lining ceramic layer is mainly responsible for wear and corrosion resistance, while the outer metal material provides the necessary support and strength. This composite structure ensures

Product Description The full name of ceramic piping is wear-resistant ceramic elbow, which is a kind of ceramic-lined composite steel pipe. The pipe is composed of corundum ceramic, viscose, and steel from the inside to the outside. The ceramic layer is formed into dense corundum porcelain at a high temperature above 1700℃ (AL2O3), and a firm bond is formed with the steel pipe through viscose. It is an ideal wear-resistant material for material conveying and pneumatic

Product Description Alumina ceramic wear resistant elbow is a composite pipe of steel pipe and alumina ceramic. It is made of aluminum oxide wear resistant ceramic lining by isostatic pressing technology, which has strong resistance to wear and fluid erosion. The product has high density, smooth and delicate surface, and is an ideal wear resistant material. Technical parameters Items Specifications Al2O3% ≥92% Fe2O3% ≤0.20% Mohs' hardness 9 Water Absorption (%) ≤0.02 Density

Product Description Wear-resistant ceramic steel pipe is a composite wear-resistant pipe comprising a high-density alumina ceramic inner lining and a high-quality steel outer pipe. It is specifically designed to convey highly abrasive materials in the mining, metallurgy, thermal power, cement, and chemical industries. The pipe uses advanced technology to firmly bond the ceramic layer to the steel pipe, combining the high wear resistance and erosion resistance of ceramics with

Light Weight Wear Resistant Ceramic Lined Pipe Fitting Customized Length For Mining Industry Product Description: Wear-resistant ceramic-lined pipe fittings use a high-temperature-resistant strong adhesive to stick the ceramic pieces to the inner wall of the pipe. After solidification, a strong wear-resistant layer is formed. Wear-resistant ceramic patch composite pipes can operate at 350°C for a long time and are 10 times more wear-resistant than ordinary pipes under the

Wear Resistant Pipes in Cement Product Description The use of wear-resistant pipes in cement plants occupies a considerable proportion of the economic cost of industrial fields such as cement, thermal power, metallurgy, mining, lithium batteries, and construction machinery. In the production process of raw materials such as minerals, cement, and coal powder, they must be replaced due to the wear of machinery and parts. The wear-resistant pipes in cement plants have high

Product Description The Ceramic pipe tube Liner ceramic patch is a special corundum ceramic made of AL2O3 as raw material, rare metal oxide as a solvent, and sintered at a high temperature of 1730℃. Wear-resistant ceramic patches can be selected according to different needs to meet the special needs of users' Technical conditions. Ceramic technical parameters Items Specifications Content of alumina ≥95% Density ≥3.8 g/cm3 Rockwell A hardness ≥85HRA Impact strength ≥1500 MPA

Product Description Wear resistant elbow pipe lined with alumina ceramics has become one of the most widely used wear-resistant materials for its high wear resistance, high hardness, oxidation resistance, good corrosion resistance, and extremely high resistance to high and low-temperature strength. Customization, sample service Product parameters Items Specifications Al2O3 ≥95% ≥ 99% Density >3.8g/cm3 >3.83g/cm3 HV10 ≥1200 ≥1300 Rock Hardness HRA ≥85 ≥90 Bending Strength MPa

Product Description The ceramic lined wear-resistant pipe adopts a composite structure design of "alumina ceramic lining + metal outer layer": the inner layer is made of high-quality alumina ceramic (purity ≥92%), with a Mohs hardness of 9, and has super wear resistance; the outer layer is made of low-carbon steel or stainless steel to provide structural support and compressive resistance. Through a special process, the ceramic and metal are closely combined, which not only

Product Description The ceramic anti-wear solution for coal powder pipeline lining in power plants is designed to solve the problem of severe pipeline wear during the pulverized coal transportation process in power plants. This solution uses advanced materials and technological innovations, and through customized anti-wear components and comprehensive anti-wear strategies, it effectively extends the service life of pulverized coal pipelines, reduces downtime and maintenance

Product Description The ceramic tile-lined pipe tee is a pipe connector designed for high-wear and high-scouring environments. It combines ceramic materials' excellent wear resistance with metal structures' strength, providing unprecedented durability and reliability for industrial fluid transmission systems. As the name suggests, the core of the ceramic tile-lined pipe tee uses advanced ceramic materials. Compared with traditional metal tees, ceramic materials have extremely