Ceramic Balls Suppliers and Manufacturers

The high alumina heat storage ball is also called a spherical heat storage body, and the spherical heat storage body has the advantages of good thermal shock stability, large heat storage capacity, high strength, easy cleaning, and reusability. Working principle and characteristics of high alumina heat storage ball 1. High alumina heat storage ball is a small ball that divides the airflow into small streams. When the airflow flows through the heat conductor, it forms a strong turbulent flow, effectively breaks the surface layer of the heat conductor surface, and because the ball diameter is very small, small conduction radius, small thermal resistance, high density, good thermal conductivity, so the requirements of frequent and rapid commutation of the heat-conductive burner can be realized. 2. The heat conductor can be reversed by 20~30 times/h. After the high-temperature smoke flow passes through the bed of the heat conductor, the flue gas can be reduced to about 130 °C. 3. The high temperature gas and air flowing through the heat conductor can be preheated to the same temperature only about 100 ° C lower than the flue gas temperature, and the temperature efficiency is as high as 90% or more. 4. Due to the compact size of the thermal conductor, coupled with the high circulation capacity of the high aluminum heat storage ball bed, even if the resistance increases after the accumulation of ash does not affect the heat exchange index. 5. High alumina heat storage ball has the characteristics of strong oxidation resistance and slag resistance. 6. High alumina heat storage ball replacement and cleaning is very convenient and can be reused. High alumina heat storage ball use: widely used in steel, metallurgical industry heating furnace, alumina melting furnace, forging furnace and other industrial furnaces. It is especially suitable for air storage equipment regenerators and steel furnace blast furnace gas heating furnaces as heat storage fillers. By double preheating the gas and air, the combustion temperature can quickly reach the requirements of steel slab heating. High alumina heat storage ball main specifications: Φ3, 6, 8, 10, 13, 16, 19, 25mm High alumina heat storage ball alumina content: 92% 95% 99 High alumina heat storage ball packaging: double-layer polyethylene woven bag with a net weight of 25kg, plus tray Win-Ceramic product advantages: high strength, wear resistance, rapid cold resistance, long use time, and cost-effective with imported porcelain balls

The high alumina heat storage ball is also called a spherical heat storage body, and the spherical heat storage body has the advantages of good thermal shock stability, large heat storage capacity, high strength, easy cleaning, and reusability. Working principle and characteristics of high alumina heat storage ball 1. High alumina heat storage ball is a small ball that divides the airflow into small streams. When the airflow flows through the heat conductor, it forms a strong turbulent flow, effectively breaks the surface layer of the heat conductor surface, and because the ball diameter is very small, small conduction radius, small thermal resistance, high density, good thermal conductivity, so the requirements of frequent and rapid commutation of the heat-conductive burner can be realized. 2. The heat conductor can be reversed by 20~30 times/h. After the high-temperature smoke flow passes through the bed of the heat conductor, the flue gas can be reduced to about 130 °C. 3. The high temperature gas and air flowing through the heat conductor can be preheated to the same temperature only about 100 ° C lower than the flue gas temperature, and the temperature efficiency is as high as 90% or more. 4. Due to the compact size of the thermal conductor, coupled with the high circulation capacity of the high aluminum heat storage ball bed, even if the resistance increases after the accumulation of ash does not affect the heat exchange index. 5. High alumina heat storage ball has the characteristics of strong oxidation resistance and slag resistance. 6. High alumina heat storage ball replacement and cleaning is very convenient and can be reused. High alumina heat storage ball use: widely used in steel, metallurgical industry heating furnace, alumina melting furnace, forging furnace and other industrial furnaces. It is especially suitable for air storage equipment regenerators and steel furnace blast furnace gas heating furnaces as heat storage fillers. By double preheating the gas and air, the combustion temperature can quickly reach the requirements of steel slab heating. High alumina heat storage ball main specifications: Φ3, 6, 8, 10, 13, 16, 19, 25mm High alumina heat storage ball alumina content: 92% 95% 99 High alumina heat storage ball packaging: double-layer polyethylene woven bag with a net weight of 25kg, plus tray Win-Ceramic product advantages: high strength, wear resistance, rapid cold resistance, long use time, and cost-effective with imported porcelain balls

The high alumina heat storage ball is also called a spherical heat storage body, and the spherical heat storage body has the advantages of good thermal shock stability, large heat storage capacity, high strength, easy cleaning, and reusability. Working principle and characteristics of high alumina heat storage ball 1. High alumina heat storage ball is a small ball that divides the airflow into small streams. When the airflow flows through the heat conductor, it forms a strong turbulent flow, effectively breaks the surface layer of the heat conductor surface, and because the ball diameter is very small, small conduction radius, small thermal resistance, high density, good thermal conductivity, so the requirements of frequent and rapid commutation of the heat-conductive burner can be realized. 2. The heat conductor can be reversed by 20~30 times/h. After the high-temperature smoke flow passes through the bed of the heat conductor, the flue gas can be reduced to about 130 °C. 3. The high temperature gas and air flowing through the heat conductor can be preheated to the same temperature only about 100 ° C lower than the flue gas temperature, and the temperature efficiency is as high as 90% or more. 4. Due to the compact size of the thermal conductor, coupled with the high circulation capacity of the high aluminum heat storage ball bed, even if the resistance increases after the accumulation of ash does not affect the heat exchange index. 5. High alumina heat storage ball has the characteristics of strong oxidation resistance and slag resistance. 6. High alumina heat storage ball replacement and cleaning is very convenient and can be reused. High alumina heat storage ball use: widely used in steel, metallurgical industry heating furnace, alumina melting furnace, forging furnace and other industrial furnaces. It is especially suitable for air storage equipment regenerators and steel furnace blast furnace gas heating furnaces as heat storage fillers. By double preheating the gas and air, the combustion temperature can quickly reach the requirements of steel slab heating. High alumina heat storage ball main specifications: Φ3, 6, 8, 10, 13, 16, 19, 25mm High alumina heat storage ball alumina content: 92% 95% 99 High alumina heat storage ball packaging: double-layer polyethylene woven bag with a net weight of 25kg, plus tray Win-Ceramic product advantages: high strength, wear resistance, rapid cold resistance, long use time, and cost-effective with imported porcelain balls

Chemical Name: 20-80% Alumina Filling Ball Synonyms: Alumina oxide balls, Alumina filling Ball, Inert alumina filling ball, Inert ceramic ball Molecular Formula: Al2O3 CAS No.1344-28-1 H.S. CODE: 69091100.00 Characteristics High strength,high temperature resistant,excellent compression...

Ceramic tiles, sanitary ware.

Ceramic ball valve trim Details : Material: zirconia(zro2), alumina(99.5%al2o3) Size: dn15~dn200(1/2" to 8") Leakage class: vi(zero leakage) Plywood case

High precision zirconia balls are available in many sizes. Zirconia balls are most commonly used as check valves in flow control applications. When subject to stress by impact, grinding, or cracking, a zirconia ball undergoes transformation toughening which stops cracks from spreading and actually makes the ball stronger in the stressed area than what it was originally.

Inconel balls can be made from a variety of Inconel alloys. Inconel alloys are nickel bases with chromium and iron. Many Inconel alloys were developed for specific applications. Inconel balls can be made from these various alloys to satisfy the need for mechanical properties at high temperatures and corrosion resistance to certain chemicals often at elevated temperatures. Inconel alloys generally have excellent creep and rupture strength and high tensile and yield strengths, especially at elevated temperatures. Inconel balls are made for use in jet engine applications where high temperatures exist. Inconel balls and seats have been used by NASA on the space shuttle launch pads. Inconel balls are also made for valves and pumps and other fluid handling equipment when corrosion resistance is required

Ceramic rings Make filtration of the water Ceramic rings 3#, 5#, 10#, 17#, 25kg/bag

Fuboon ceramic knife: 1.Rust resistant, high hardness, high temperature resistant, non magnetism 2.Sharpness and despite its wonderful lightness 3.Keep the purity of food, high density on the surface, easy for cleaning, perfect for protecting from bacteria. 4.Environment protection, without plumbum and other poison element, fashion & safety. Pack in black gift box.

Ceramic ball.

99.7% Alumina ceramic tube/high frequency ceramic is our main product. We are making High quality alumina furnace tubes. 99.7% alumina is the main material, 85% and 95% alumina tubes also available. Other material like Mullite, Zirconia, Silicon Carbide, Silicon Nitride bonded Silicon Carbide is also available. Features of Alumina Furnace tube 1. High quality 99.7% alumina tubes 2. Diameter from 25mm to 120mm,Length from 100mm to 2000mm 3. Max working temperature 1800 4 . Out surface can be grinded drilling hole to make tight tolerance and right instillation. 5. Large quantity in stock makes fast delivery and competitive prices.

Ceramic tiles, porcelain tiles, ammonium sulphate, bromine, citric acid.Logistics, freight, quality check, custom clearance

1. Detailed description: alumina cubes The Ceramic Cube is a high-performance abrasion and impact resisting linings for high-impact, high-pressure applications in which ceramic tile may not have sufficient structural resistance, and high-performance rubber may not offer the required wear life. In extreme applications, the Cube liners can be installed in a matrix or abrasion resistant steel plate to provide structural support for the ceramic/rubber matrix and provide exceptional wear life where competing products cannot. Used in heavy industry for years as a cost-effective, wear-resistant solution, these lightweight materials offer high durability, strength, and excellent abrasion and corrosion resistance. Alumina wear resistant compositions include: l Alumina 92: most common wear product with great wear resistance l Alumina 95: increased wear performance l Alumina 96: premium alumina for best wear resistance l Zirconium toughened alumina(ZTA):  increased strength and impact resistance 2.Product features: > High hardness  > Superior abrasion and impact resistance  > Corrosion and chemical resistance  > Light weight  > Easy installation by epoxy resin or bolt  > Improve your working environment-noise, vibration and safety 3. Product Specification: - Square tile: 10x10x3~10mm, 17.5x17.5x3~15mm, 20x20x3~15mm, etc. - Ceramic Plate: 100x100x6~50mm, 150x100x6~50mm, etc. - Hexagonal tile: S12.5xT3~20mm, S23.5xT6-25mm - Dimple tiles: 20x20x4-10+1(with 5 dimples), 20x30x5~15+1(with 18 dimples), 20x20x5-10mm( with 13 dimples) - Ceramic Block: 40x40x40mm, 45x45x50mm,32x32x22mm, 38x38x38mm,etc. - Ceramic Cylinder/rod: 6x6mm,15x15mm,20x20mm, 31x31mm,40x40mm, 45x50mm, 50x50mm etc. 5. Ceramic wear lining tiles for a variety of applications: Processing equipment: l Pharmaceutical clean rooms l Food processing plants l Grain handling l Mineral processing l Cement manufacturing l Chemical processing l Large Cyclones: l Coal-fired power plants l Steel Mills l Asphalt Plants l Petrochemical plants l Pulp and paper mills

Ceramic balls.

Ceramic balls.