Middle Alumina Grinding Balls (SXAMSeries) Applications: SXAMmiddle alumina grinding ball,produced from high grade bauxite and alumina raw material, exhibit high wear resistance with fine crystal structure.It have excellent grinding efficient and significant cost which cut down the power consumption,labor and facility cost. SXAL series grinding ball have longer service life 20-40times than command ceramic ball and nature stone ball. The composite cost is only 40-60% nature stone ball. I...
SXAMmiddle alumina grinding ball,produced from high grade bauxite and alumina raw material, exhibit high wear resistance with fine crystal structure.It have excellent grinding efficient and significant cost which cut down the power consumption,labor and facility cost. SXAL series grinding ball have longer service life 20-40times than command ceramic ball and nature stone ball. The composite cost is only 40-60% nature stone ball. Its mainly used in grindingbody and glazeof ceramic tile, sanitary ware and ceramic table ware etc.
ZK Corp specializes in ball mill equipment, including wet ball mill, MQG ball mill, ceramic ball mill, mining ball mill, coal mills, ball mills with sieve, vertical mill, overflow ball mill, lab ball mill etc.
Ball millis mainly used for grinding in mining (metallic minerals and non-metallic minerals), cement, refractories, chemical, power plant, aluminum, building material, glass, ceramic, steel slag and fly ash, ect. It follows more crushing and less grinding principle to save energy. The feed size to ball mill shall be smaller than 25mm, the output size can be adjusted by revising steel balls ratio.
Applied materials:steel slag, white ash, gold ore, iron ore, zinc ore, cooper ore, molybdenite, quartz, bauxite, manganese, tungsten, marble, granite,bluestone, kaolin, spodumene, mica, calcite, fluorite, magnesite, aluminum powder, quartz sand, aluminum powder paste, hematite, Iron concentrate, fluorite ore, barite, potash feldspar, tungsten carbide, barite, clinker, slag, bauxite, etc.
Ball Millis made up of feeding part, discharging part, gyre part, transmission part, (decelerator, small transmission gear, generator, electrical control) and so on. The hollow axis adopts the cast steel and the lining can replace , the rotating big gear processes in the way of casting rolling gear. The barrel body is wearable well and bears wearable scale board. This machine runs steadily and works reliably.
Zhengzhou Zhengtong Abrasive Import&Export Co., Ltd is exporter of blasting media ceramic beads, brown fused alumina, black fused alumina, white fused alumina & grinding media zirconia beads, zirconium silicate beads & Artificial corundum Aluminum oxide .
China Good Quality Ceramic Bead Blasting Supplier . 2019 - 2021 ceramicbeadblasting.com . All Rights Reserved.
Ceramic wear resistant tiles form part of Multotecs range ofengineered ceramic solutions. This range of wear solutions provides high-levels equipment protection from material abuses, extending the life of mineral processing equipment in mining, mineral extraction and power generation applications.
Multotecs wear-resistant ceramic tiles can be cut into any shape and are easy to install and maintain. They are suitable for both wet and dry processing applications. Advanced ceramics combine high strength and toughness with extreme hardness to deliver exceptional wear resistance.
Ceramic wear-resistant tiles are pressed with chamfered sides and cut precisely to the required shape, ensuring that gaps between the ceramic wear-resistant tiles are minimised and tile wear is reduced as chipping is eliminated.
Called the material of the future, alumina ceramics is one of the hardest of all natural substances. Even under extremely abrasive conditions, no material can compete with its extreme hardness and wear resistance. It has exceptional chemical, mechanical, thermal and electrical insulation properties and can be formed into any shape or size with various qualities for specific applications.
We engineer ourwear lining solutionsto meet customer specific requirements. Our solutions are customised for your application parameters: types of abrasion, system and equipment design, operating temperatures and materials.
Our efficient production methods, latest technology and strict quality control make Multotecs dry pressed high alumina ceramic the wear-resistant material of choice for original equipment manufacturers and industry.
Wear-resistant ceramic tiles are 12 times more wear-resistant than carbon steel. They prevent erosion and abrasive wear in conveying and bulk material handling systems, as well as in piping systems. Our wear-resistant ceramic tiles are able to withstand increased amounts of wear and abrasion and are specifically designed to mitigate the harshest wear issues in the extraction and processing chain.
Multotecs Green Dot Tiles feature an integrated wear indicator embedded between the ceramic tiles sections. Multotec Wear Linings is the only ceramic wear tile manufacturer in the world to offer this feature. These wear tiles feature a two-tone insert in the centre of the tile. The green portion of the insert wears down over time to reveal a red layer, indicating that only of the tile thickness remains and that the lining is due for replacement.
Our RubCer composite wear linings offer exceptional wear resistance coupled with the added benefit of impact resistance. This range of wear products features ceramic wear tiles embedded in a rubber foundation. These ceramic wear tiles can be cylpeb, block or hex tile shaped, and provide a wear- and cut-resistant material lining, while the elasticity of the rubber foundation dampens and absorbs impacts produced by the processed medium.
The use of wear-resistant ceramic tiles in our high-capacity range of classification cyclones prevents lining failure and maximises the lifecycle of the cyclone itself. Each ceramic wear tile is specifically designed for, and allocated, a place in the cyclone.
Multotec cyclone components are interchangeable, resulting in cost-savings where only the worn component is replaced and components can be changed to alter cyclone performance and to accommodate changes in plant operation.