Alumina ceramic balls are a cost-effective and efficient choice of grinding media used in wet grinding applications, featuring lower abrasion rates and resistance to corrosion compared to traditional materials. Furthermore, they can boost grinding efficiency by 40-60%.
They are made from alumina oxide and can withstand high operating temperatures while being highly durable and resistant to abrasion.
Price
Alumina oxide ceramic balls offer many desirable characteristics, including durability and high-temperature performance, corrosion and friction resistance, making them suitable for a range of industrial applications such as valves and pumps. Furthermore, these ceramic balls can also be sterilized via gamma irradiation or autoclaving processes to make them suitable for medical and pharmaceutical uses.
These materials can be found in ceramic glazes to improve texture and colour consistency, grinding media in refractory materials to reduce particle size, enhance strength, abrasive media for sand-blasting applications to produce superior surface finishes with longer abrasive life, insulators for high temperature use as well as excellent electrical insulator properties which make it useful in electrical insulation properties of insulators and high-temperature applications.
Activated alumina is widely utilized as catalyst bed support material in petrochemical and fertilizer industries due to its large surface area and high level of mechanical and chemical stability. Furthermore, activated alumina’s ability to adsorb water molecules from organic liquids prevents contamination while upholding purity in final product production – particularly useful during processes like catalytic reforming which increases oil product octane ratings. Furthermore, Inert alumina serves as an air drying adsorbent which removes moisture from compressed gases in order to prevent corrosion of pneumatic equipment damage or corrosion damage.
Size
Alumina ceramic balls come in various sizes, with their sizes impacting their performance in various industrial applications. For instance, larger alumina ceramic balls typically possess greater surface area which makes them suitable for filtering and catalysis; their greater surface area enables them to trap more contaminants resulting in cleaner output. Furthermore, larger balls tend to be more durable and resistant to wear than their smaller counterparts.
Alumina ceramic balls offer many advantages, one being their chemical inertness and low reactivity, making them suitable for use in corrosive environments. Alumina balls are frequently employed as catalyst carriers during hydrocarbon processing as they can withstand high temperatures and pressures without breaking down; additionally they’re resistant to corrosion, wear-and-tear and can even be recycled multiple times before being reused again!
Alumina ceramic balls are composed of high-grade aluminum oxide, with densities and hardnesses comparable to that of sand and flour. Their easy handling, high thermal stability, low dust production and thermal regulation capabilities make them an excellent choice for various industrial processes.
Inert alumina ceramic balls are composed of low-silica alumina content and make an ideal replacement for standard silica spheres when leaked silica may foul downstream equipment or foul the catalyst bed. They provide superior heat tolerance at higher temperatures and steam-based systems such as secondary reformers in ammonia processing. They’re also great for systems where high temperatures or steam is present such as secondary reformers in ammonia processing, where their leached silica content could coat downstream equipment or foul catalyst beds – or where leaked silica would foul catalyst beds when leaked silica would coat downstream equipment or foul the catalyst bed with coating of leached silica would coat downstream equipment or foul the catalyst bed with leached silica deposits or coat downstream equipment, or when leached silica coating downstream equipment or foul catalyst beds with its presence.
Material
Alumina balls are an incredibly durable ceramic product made of an anticorrosion and antioxidation material that’s ideal for electronic device construction, boasting excellent electrical insulating properties as well as withstanding high operating temperatures for use in harsh environments. Alumina ceramic balls can be found across industries and applications.
Material used to craft alumina ceramic balls typically ranges in purity from 17% to 99%; typically, the higher Al2O3 purity, the whiter its appearance. Furthermore, production techniques include crushing, fast dewatering, pelletizing, hydration activating and roasting for production of these balls.
As part of their manufacturing process, alumina ceramic balls must undergo stringent quality assurance tests during production to meet stringent quality standards. These include abrasion testing, chemical stability and high temperature tolerance – ensuring they will suit any application with ease.
These ceramic alumina oxide balls come in various specifications and sizes, making them suitable for an array of applications. Common uses for them include inert packing material in columns and reactors to achieve uniform gas or liquid distribution points and support low-strength active catalysts, air separation/purification applications as well as drying/compressed air dryer applications; additionally they may be utilized as grinding media in ceramics production, glaze making processes or paint pigment production.
Application
Alumina ceramic balls are an excellent choice for many industries and applications due to their strength, wear resistance, corrosion resistance and non-magnetic nature. Their hardness means they are resistant against wear caused by pumps and valves as well as vibrations generated by flowing liquids or materials.
These inert ceramic fillers can also be found as inert ceramic filler products in petroleum, chemical fertilizer, natural gas and environmental protection fields, as catalyst support materials or tower packing in reactors – generally to increase distribution points or protect low strength active catalysts.
Ceramic balls have also become an indispensable tool in water treatment in hydrogen peroxide plants and as adsorbents for oil industries to remove impurities from insulating oil, making these balls an invaluable adsorbent of water pollutants and molecules alike.
Alumina ceramic balls are often utilized in bearings due to their durability and high strength-to-weight ratio. They are resistant to extreme temperatures while not reacting with any corrosive chemicals, making them an excellent choice for use in pump and valve applications such as check valves, ball valves and flow meters. Furthermore, their low friction coefficient reduces energy loss during dispensing liquids or materials dispensing applications.