This product is made from coconut shell activated carbon with an iodine value greater than 1000mg/g, which is processed, crushed, and sifted to form the activated carbon product. It can be used directly after a slight rinse during filtration, and is suitable for both household and commercial water purifiers.

Activated Carbon for Water Purification is a type of activated carbon used for water purification. The purification of water by activated carbon adsorption method utilizes its porous solid surface to adsorb and remove organic or toxic substances from the water. The adsorption of organics by the water purification activated carbon is influenced by its pore size distribution and the characteristics of the organics, primarily affected by the polarity and molecular size of the organics. For organics of the same size, the higher the solubility and the stronger the hydrophilicity, the stronger the adsorption capacity of the activated carbon.

Activated carbon for water purification is typically granular. It is used in industries such as chemicals, electronics, dyeing, domestic water supply, industrial water use, solution filtration, adsorption purification, and impurity removal. It is also suitable for purifying industrial wastewater. It can eliminate odors, chlorine, cyanides, and various heavy metal ions, among other harmful substances.

Activated carbon for water purification is primarily made from coconut shell and processed using physical activation methods. It effectively removes various harmful substances in water, such as chlorine, arsenic, lead, cyanides, and pesticides, with good removal rates. It is suitable for filling various large, medium, and small water purification systems.

Activated carbon for water purification can be used in the bottling, dechlorination, oil reduction and purification of equipment for manufacturing drinking water, pure water, distilled water, ultra-pure water, as well as for the purification treatment of various industrial wastewater. The activated carbon material is processed from amorphous carbon. It possesses a large specific surface area and exhibits excellent adsorption capabilities for inorganic or organic substances, as well as colloidal particles in gases and solutions.