What is fruit shell activated carbon?

Fruit shell activated carbon is a natural adsorption product, mainly using fruit shell as raw material. Fruit shell activated carbon is mainly used for adsorption of other activated carbon particles, can absorb a certain pigment, in some dep-industries is more common. Fruit shell activated carbon is mainly used in drinking water and industrial water. It is a kind of activated carbon that can be deeply purified, and can be used for gas and color adsorption. Black granular fruit shell activated carbon, the selection of high quality environmental protection coconut shell, peach shell, walnut shell, jujube shell and other fruit shell as raw materials, activated carbon using carbonization, activation, superheated steam catalysis and other processes refined, the appearance of black unshaped particles, through a series of production process processing into a kind of activated carbon. It has the advantages of good wear resistance strength, developed space, high adsorption performance, high strength, easy regeneration, economic and durable, widely used in life, industry, liquid phase adsorption, water purification, gas phase adsorption. Especially suitable for power plant, petrochemical, oil refinery, printing and dyeing textile industry, food and beverage, pharmaceutical water, electronic high purity water, drinking water, industrial water reuse and other industries. It can more effectively adsorb free chlorine, phenol, sulfur, oil, colloid, pesticide residues and other organic pollutants, residual chlorine, semi-dechlorinated values, and the recovery of organic solvents. The product uses high quality apricot shell as raw material, the decolorization rate is higher than that of other granular activated carbon, and has a strong adsorption capacity for the macromolecules in the pigment. It is mainly used in the decolorization of citric acid and other beverage industry. The product has the advantages of fast filtration speed and less delivery, which is convenient for the operation in the production process.