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Valor is capable of manufacturing anti-wear lining pipes, elbows, cyclone devices, valves and other equipment components. Pipelines and equipment parts are machining according to customer required geometry shapes, flanges as well as the selected connecting parts. All the linings can achieve effective wear-resistant protection for the grinding

Category CH90 CH92 CH95 Density 3.50 3.60 3.65 Al2O3 90% 92% 95% ZrO2+Y2O3 / / BendingStrengthMPa 180 220 250 CompressionstrengthMPa 970 1050 1300 FractureToughnessMPam1/2 3.5 3.7 3.8 HVHardnessN/mm2(MPa) 900 950 1000 WearVolume 0.28 0.25 0.20 Different kinds of products: Ceramic Mosaic Pieces, Ceramic Pipe Tiles, Ceramic Curved Tiled(with or without holes), Ceramic Tapered Tiles, Ceramic Cylinders, Stell Lined with Ceramic Tiles, Irregular Shaped Tile, Clipping Ceramic Tiles Interlocking Bricks. We have so many kinds of sizes. And we are also accept customized. Mineral Processing equipment operates in some of the harshest and remote locations. It is crucial to the Mineral Processing industries that this equipment continues to operate efficiently and its lifecycle is maximized to minimize downtime. By appropriately protecting equipment from the extreme wear caused by the high speed and flow rates of ore when processed as a slurry ensures better equipment longevity. The slurry is highly abrasive and can not only cause wear damage to wet processing equipment but also with the inclusion of chemicals and heat, there is a constant risk of corrosion and dangerous leakage. Wear Protection ceramic Linings are used throughout Mineral Processing to protect the steel surfaces of equipment from wear and corrosion. They are used on a range of equipment including pipes, tanks, chutes, pumps, flotation cells, thickeners, launders, and feed spouts or chutes 92% 95% Abrasive Alumina Ceramic Wear Liner

Product Description The durability of Abrasion Resistant Ceramic Lined Pipe and Elbow directly affects the safe running of fluid transmit system! We successfully combined the ceramic with the steel matrix directly, and firstly developed mass production. This technique created a brand-new ceramic-metal bonding way to overcome the problem that the ceramic is lack of impact resistance and thermal stability, and easy to pull off. After times of trials, we insist on choosing 95% Alumina Ceramics with high quality to ensure your best experience. Our new Abrasion Resistant Ceramic Lined Pipe and Elbow have been in service for metallurgy, cement, mining, chemical, thermal power plants for years. Compared to seamless steel pipes and elbow, the uptimes of our tubes used to be prolonged by 10 times. It is the ideal product instead of steel or rubber lined pipe and elbow. Advantages: 1. Good abrasion resistance The liner is High quality wear ceramic with 95% Al2O3 which are sintered under 1700 and the hardness are up to 85HRA which is 271.5 times of manganese steel or 1700 times of chrome steel plate. Special composite method and toughening formula ensure the ceramic not being too fragile to resist the impact of normal blocks. 2. Little loss during running 3. Low project cost Light weight and longer lifetime to save the cost of support structure and handling charges. The charges is similar to basalt piping project, or 20-30% less than wear steel piping project. 4. Good thermal stability -50 ~600 degree C is the ideal temperature. 5. Easy and fast to fix on site Welding, flange, flexible joint are available.

Benefits of environmental protection--by using special temperature synthetic material, the wear resistant ceramic coating boasts good crystal growth, stable performance and structural integrity, does not react with media, and is one of the ideal inert material, effectively resisting the medium reactions in use environments and various chemical corrosions. The wear resistant ceramic product, as inorganic non-metallic material, has similar components to the earth's lithosphere, does not cause soil degradation and pollution of heavy metals, and is an environmentally friendly product. Valor wear-resistant ceramics are used for equipment components that under the environment of extreme wear and/or the temperature up to 1000 celcius temperature, concrete conditions depend on the application and the geometry shape.

Description Industrial Raw Materials are used for buffing, sanding, grinding, or polishing with other products such as Silica Flour, Limestone, Aggregate, Quicklime, Talc, Volcanic Rock and Calcium Carbonate. An abrasive is a material, often a mineral, that is used to shape or finish a workpiece through rubbing which leads to part of the workpiece being worn away by friction. While finishing a material often means polishing it to gain a smooth, reflective surface, the process can also involve roughening as in satin, matte or beaded finishes. As long as the abrasive itself is harder than the material you are trying to finish, an abrasive will be a very effective way of honing down any material to prepare it for use. Industrial Raw Materials Abrasives consist of minerals that can be either naturally-occurring or synthetic, such as calcite, emery, pumice, sandstone, garnet, borazon, ceramic, steel abrasive, and silicon carbide. When used for industrial applications such as mining, construction, railroad, and wholesale/retail operations, usage falls into several different categories: bonded, coated and others. A grinding wheel is a good example of a bonded abrasive, operated at very high speed to finish any material which is pressed against it. Sandpaper is the most commonly used coated abrasive, and is affixed to a backing material, such as paper or metal. While sandblasting a stream of Industrial Raw Materials Abrasives is thrown out on the surface of the workpiece to make it smooth or to remove the contaminants from the surface. Apart from this, these are used in automotive paints. Calcium carbonate is also an Abrasive that is used in toothpaste. In this particular application, hardness of the Abrasive is more than that of the contaminating agent but less than that of the tooth enamel. This helps in removing the bacterial plague without damaging the tooth enamel. Abrasives are also used in the processing of jewelry pieces.