With overwhelming merits in higher density, more regular shape, easily classifying and assorting, superior grinding efficiency, and competitive price prior to natural cobblestones and conventional grinding media, High hardness 92% alumina balls/porcelain balls with low wear are excellent for grinding processing of many industries.
92% alumina balls, are balls with a minimum of 92% of alumina content, and the balls with the highest density of the market. 92% alumina balls are characteristics due to their high resistance against wear rates, basically to the strict selections of alumina sintering doping agents, which allow a perfect control at the firing temperature process and then to reach the proper crystalline structure.
High alumina ceramic balls are commonly used as grinding media in ball mills for various materials, including minerals, pigments, and ceramics. They are chosen for their high wear resistance, low contamination.
High Alumina Ceramic Balls are precisely engineered spherical components crafted from high-purity alumina ceramic material. They are renowned for their exceptional hardness, wear resistance, and thermal stability.
Our High Alumina Ceramic Balls find extensive utility across various industries, including bearings and valve applications, grinding and milling processes, catalyst support, and high-temperature furnace linings.
Yes, MBCTower provides customization options for our High Alumina Ceramic Balls. Our team collaborates with clients to manufacture balls with specific sizes, tolerances, and surface finishes to fulfill unique application requirements.
Ensuring the longevity and optimal performance of our High Alumina Ceramic Balls necessitates adhering to proper installation and maintenance procedures. Our team furnishes detailed installation guides and maintenance recommendations tailored to each application and operating condition.
Yes, our High Alumina Ceramic Balls represent an eco-friendly solution as they are derived from natural ceramic materials and devoid of harmful substances or chemicals. Additionally, their durability and extended service life contribute to minimizing waste and environmental impact.
