Activated Alumina Product introduction: Also known as activated alumina. Activated alumina is made of high-purity alumina through scientific preparation and catalytic finishing. Alumina used in catalysts is usually called “activated alumina”. It is a porous, highly dispersed solid material with a large surface area. Its microporous surface has the characteristics required for catalysis, such as Adsorption performance, surface activity, excellent thermal stability, etc., so it is widely used as a catalyst and catalyst carrier for chemical reactions.
It can adsorb and remove fluorine that is harmful to human body in water, and can be used for deoxygenation, fluoride removal, arsenic removal, sewage decolorization, deodorization, etc. in drinking water and industrial equipment. Main uses of activated alumina: Suitable for drying a variety of gases and liquids, and used as adsorbents, desiccants, catalysts and carriers in many reaction processes such as petroleum, chemical fertilizers, and chemical industries. Various varieties of Activated alumina: Alumina for γ-type catalyst carriers. It is an extremely stable catalyst carrier and can also be used as a catalyst itself.
χ-ρ defluoridation agent: defluoridation of drinking water Treatment, fluoride absorption capacity: 2.1mg/g. χ-ρ-γ hydrogen peroxide special type: used for purification of hydrogen peroxide working fluid. χ-ρ oil purifier: used for decolorization and purification of transformer oil. Physical and chemical indicators of activated alumina defluoridation agent: Activated alumina balls for desiccant (particle size can be processed according to user requirements, from 1-12mm) m2/g: activated alumina balls for water treatment to remove fluoride and Arsenic: This product is used as a defluoridation agent for high-fluoride water. It is a molecular adsorbent with a huge specific surface area. When the ph value and alkalinity of the raw water are low, the fluoride removal capacity is high, greater than 3.0mg/g, the price is lower than synthetic resin, and it can also be used to remove arsenic from drinking water. Smaller particle size can make the surface area of the product larger, generally 1-3mm, and have a larger contact area with water during use.
Specific surface area index is as high160m2/g or more, the number of micropores is huge, which can ensure strong adsorption capacity for fluoride ions in water and high capacity for fluoride and arsenic removal. The water in northwest my country contains a large amount of harmful substances such as fluorine and arsenic, and activated alumina can be used as an adsorption carrier. Remove harmful substances from water.
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