Coconut shell activated carbon high quality and high purification activated carbon manufacturer

) B q B q Coconut Shell Activated Carbon
Coconut shell activated carbon has a developed specific surface area, rich pore structure, extremely low ash content, and high strength unmatched by other materials.
) ) Introduction to the application scope of coconut shell activated carbon: It is mainly used for the purification, decolorization, dechlorination and deodorization of drinking water, pure water, alcoholic beverages, industrial wastewater, and can also be used for demercaptanization in the oil refining industry. The modified activated carbon has a good effect on removing benzene (diphenyl, triphenyl), formaldehyde, phenol, radon, ammonia and other harmful substances and odors in the air. The adsorption efficiency and adsorption capacity of coconut shell activated carbon are better than other types of activated carbon and are safe. No pollution and no side effects.
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) )Characteristics of coconut shell activated carbon
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) )Coconut shell activated carbon belongs to the fruit shell activated carbon category. Its main feature is that it has a small density and feels light in the hand. The weight is significantly lighter than coal-based activated carbon. The volume of activated carbon with the same weight of coconut shell activated carbon is generally larger than that of coal-based activated carbon.
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) ) Coconut shell activated carbon is generally in the shape of broken granular flakes, while shaped activated carbon such as columnar spherical activated carbon is mostly coal-based carbon.
) > ) ) As the activated carbon absorbs water molecules and reaches saturation and increases its own weight, it will gradually sink to the bottom of the water. When all the activated carbon sinks to the bottom, you will see that each activated carbon is surrounded by a small bubble and is crystal clear. very interesting.
) Stop and float to the surface. The bubble phase produced by coal-based activated carbon is generally larger due to its macromolecular pore structure.
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