99% inert alumina balls have the ability to withstand high temperatures without reacting with corrosive materials, making them the ideal solution for use in oil & gas applications.
Increased investments in water treatment infrastructure and oil & gas projects have fuelled an increase in alumina ball demand. Alumina balls can also be found being utilized by chemical manufacturing and pharmaceutical industries to optimize processes.
Priprava vode
Activated alumina balls are an efficient means of purifying drinking water by filtering out fluoride and arsenic contaminants, as well as air pollutants like carbon monoxide and hydrocarbons. Constructed using high-purity alumina which offers exceptional chemical inertness and high temperature resistance, activated alumina balls can also serve as inert packing material in columns and towers to support adsorption or catalytic processes.
These lightweight alumina oxide balls are highly durable and lightweight, which make them the ideal choice for aerospace applications. Nadalje, their chemical inertness allows for sterilization in various ways making them perfect for medical and pharmaceutical settings; additionally they are an integral component in thermal insulation as they can prevent corrosion.
Activated Alumina is a white, porous material that features uniform particle size and smooth surfaces with large mechanical strength and strong hygroscopicity, no expansion and maintains original state after absorbing water. This product can be found widely used for drying air, gases and liquids in electronics, petrochemical, textile industries; instrument air desiccation; fluorine treatment in drinking water and industrial waste gas treatment systems as well as fluorine removal from drinking water by defluorinating. Plus it is non-toxic, odorless and insoluble so can easily recovered after defluorinating; additionally it can act as an adsorbent for trace or polar molecules from Sulphur dioxide, Oxygen and Hydrogen molecules!
Oil & Gas
The oil and gas industry is integral to global economy, providing everything from transportation to heating and electricity needs. Yet for those new to it, this sector can be dauntingly complex with its own language and metrics that may make understanding it challenging. This guide is meant to aid anyone interested in learning about this sector of our global economy.
99% Inert Alumina Balls are ideal for industrial processes that require high temperatures and corrosion resistance, such as grinding. They can withstand temperatures up to 1600degF without being affected by corrosive materials; plus their strength-to-weight ratio makes them popular choice for grinding applications.
Alumina Ceramic Balls are widely utilized across industries including chemicals, fertilizer, petroleum, natural gas and environmental protection. They serve as filler and tower packing material for catalyst bed support to increase liquid and gas distribution points while protecting low strength catalyst and preventing shifting. Nadalje, these balls act as gas separation adsorbents that can absorb hydrogen and nitrogen molecules for purification purposes.
Commercial
Commercial drilling applications often call for non-porous alumina ceramic balls that can withstand extreme temperatures. Not only are these non-porous ceramic balls highly resistant to corrosion and require less lubrication than steel counterparts, but they are also thermal shock-resistant – perfect for environments that experience frequent temperature shifts. Nadalje, their durability allows them to be reground numerous times over, saving costs when operational costs increase significantly.
99% Inert Alumina Balls are highly resistant to abrasion and do not react with most corrosive materials, withstanding temperatures up to 1600degC while remaining impervious to hydrochloric and hydrofluoric acids. Their high strength-to-weight ratio makes them an excellent choice for industrial grinding applications; additionally, their thermal shock tolerance saves money by eliminating frequent replacement needs of grinding media.
Our Activated Alumina Balls are permeable forms of aluminum oxide with high surface area that absorb gases and fluids without altering their structure, making them useful in organic chemistry and petrochemical industries for adsorption purposes. Nadalje, these balls may also serve as desiccant agents to absorb moisture from the air.
Ceramic alumina balls are widely known for their remarkable properties that allow them to improve processes and products across industries. One key factor affecting how these balls behave and suit certain applications is their density – read on to gain more knowledge on this matter and discover their many uses!
Industrial
Activated alumina balls are widely utilized in industry for air drying, liquid and gas desiccation, Total Acid Number removal from transformer oils and lubricating oil removal and protecting equipment against corrosion by lowering its pH value. Their numerous advantageous properties – low electric conductivity, high mechanical strength and chemical attack resistance – make these products especially efficient at accomplishing these functions.
Alumina oxide ceramic balls make an excellent choice for valves and bearings due to their durability, long lifespan, abrasion-resistance and non-corrosive nature. Nadalje, they’re non-magnetic materials – making them suitable for medical and pharmaceutical equipment applications. Nadalje, gamma irradiation and autoclaving sterilization methods may also be used.
99% sintered alumina ceramic balls feature exceptionally low levels of impurities, making them inert in different environments. They are particularly suitable for use in kilns and furnaces as they can withstand temperatures up to 1600degC without reacting with corrosive materials. Nadalje, they can also be utilized as inert packing material in columns and reactors in order to create uniform flow distribution and support adsorption or catalytic processes – they even serve as moisture removal devices when used as absorption towers!