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Products
Separation of nitrogen from coal-derived carbon
Separation of nitrogen from coal-derived carbon is produced from high-quality anthracite through a precise activation process. It is primarily designed for gas separation applications, especially nitrogen separation and industrial exhaust gas purification. Leveraging its well-developed microporous structure, it can efficiently adsorb impurities and harmful components in mixed gases while accurately achieving the separation and purification of gas components. Suitable for industrial gas separation and coalbed methane purification scenarios, it balances adsorption efficiency and separation performance, facilitating the recovery and rational utilization of gas resources. As a core material for industrial gas separation and exhaust treatment, it combines practicality and environmental friendliness.
Coal-based Catalyst Carrier Activated Carbon
Coal-based catalyst carriers Activated Carbon are high-purity activated carbons manufactured through advanced processes such as precise activation, pore structure reconstruction, and surface modification, using high-quality anthracite as the raw material. Their core advantage lies in their well-developed porous structure and controllable surface chemical properties, which provide a highly dispersed loading substrate for active components, significantly enhancing catalytic reaction efficiency and stability. This product is custom-designed for catalytic reaction processes and serves as a core carrier material supporting catalyst performance in fields such as chemical synthesis, environmental protection, and energy conversion.
CTC70 Coal Columnar Charcoal
CTC70 Coal Columnar Charcoal is a cylindrical columnar activated carbon produced through advanced processes such as molding, carbonization, activation, crushing, and sieving, using high-quality anthracite as raw material. It features a well-developed and uniformly distributed pore structure, high mechanical strength, and excellent adsorption performance. As a core and highly efficient adsorbent material, it is widely used in industrial exhaust gas treatment, solvent recovery, and gas purification. It is particularly suitable for the deep recovery and purification of organic solvents such as benzene series and alcohols.
Acid-etched coal-based activated carbon
Acid-washed coal-based activated carbon is produced using high-quality anthracite as raw material. After undergoing conventional activation and shaping, it undergoes deep acid washing purification and high-temperature drying processes to achieve refinement. Its core advantage lies in the acid washing process, which effectively removes residual metal oxides, heavy metal ions, and water-soluble inorganic salt impurities from the raw material, significantly enhancing product purity and surface cleanliness. This product retains a well-developed porous structure while keeping the content of metal impurities such as iron, aluminum, calcium, and magnesium under control, preventing secondary pollution. It is particularly suitable for applications sensitive to residual metal ions, including high-purity water treatment, electronic-grade ultra-pure water production, deep decolorization of food and beverages, and purification of precision chemical waste liquids.
alkali-impregnated coal quality impregnated carbon
alkali-impregnated coal quality impregnated carbon is a specialized modified activated carbon produced from high-quality anthracite coal. It undergoes shaping, carbonization, activation, and then is loaded with alkaline active components (such as sodium hydroxide and potassium hydroxide) through a special impregnation process. It combines the developed porous adsorption structure of coal-based activated carbon with the chemical adsorption and neutralization properties of alkaline components. This allows it to efficiently adsorb and neutralize acidic pollutants in gases (such as SO₂, Cl₂, NOₓ, etc.), while also catalytically degrading some organic acidic substances. The product has strong specificity, high purification efficiency, good chemical stability, and the impregnated components are not easily脱落. It is widely used in industrial acidic exhaust gas treatment, laboratory tail gas purification, flue gas desulfurization and denitrification pretreatment, and special gas purification. It is a specialized functional carbon material that combines physical adsorption and chemical neutralization.
KOH-impregnated coal-based activated carbon
KOH-impregnated coal-based activated carbon is a specialized modified activated carbon produced by loading potassium hydroxide (KOH) as the active component onto high-quality wood-based or coal-based activated carbon carriers through a special impregnation process. It combines the porous adsorption properties of activated carbon with the chemical adsorption and catalytic properties of potassium hydroxide. It can efficiently adsorb and decompose acidic substances and harmful gases (such as acidic exhaust gases, Cl₂, SO₂, etc.) in gases, while also exerting a catalytic degradation effect on some organic pollutants. This product has strong targeting and high purification efficiency, and is widely used in industrial acidic exhaust gas treatment, laboratory tail gas processing, special gas purification, and toxic gas mask filter canisters, among other scenarios. It is a specialized functional carbon that integrates physical adsorption and chemical purification.
Phosphoric Acid Activated Wood Char
Phosphoric Acid Phosphorus Activated Wood Char is a specialized modified activated carbon produced by refining high-quality hardwood through high-temperature carbonization and phosphoric acid activation processes. Its core advantage lies in the phosphoric acid activation treatment, which significantly expands the pore structure, increases the specific surface area, and enhances the adsorption capacity for acidic substances and organic pollutants. It also features high purity with no harmful impurities leaching out, making it suitable for various purification needs. This product combines physical and chemical adsorption properties and is widely used in industrial wastewater advanced treatment, fine chemical purification, flue gas desulfurization and denitrification, and drinking water advanced purification. It is particularly suitable for treating systems containing acidic pollutants and is a functional activated carbon that combines practicality and specificity.
Physical Method Wood Activated Carbon
Physical Method Wood Activated Carbon is an environmentally friendly adsorbent material made from high-quality hardwood using a pure physical activation process (without the addition of chemical agents). It is produced through high-temperature carbonization, physical activation, and fine grinding. Its core advantage lies in the formation of a well-developed microporous structure through physical activation methods such as steam activation and high-temperature calcination. This results in no chemical residues, stable adsorption performance, and no secondary pollution, making it suitable for various purification scenarios.
This product requires no complex pre-treatment. It features fast adsorption speed and large capacity, capable of efficiently adsorbing pigments, odors, and organic pollutants from water, as well as harmful components from gases. It is widely used in scenarios such as drinking water purification, food processing decolorization, industrial wastewater treatment, and air purification. It combines practicality and environmental friendliness, making it a highly cost-effective general-purpose adsorbent that meets relevant food-grade and environmental-grade standards.
1000 iodine value wood-based activated carbon
1000 iodine value wood-based activated carbon is a black porous granular material made from high-quality hardwood through advanced manufacturing processes. It features a highly developed pore structure and high purity, enabling it to efficiently adsorb pigments, odors, and organic impurities. Fully compliant with food safety standards, it serves as a specialized material for decolorization, purification, and water treatment in high-end food and beverage applications.
Food-grade wood-based activated carbon
Food-grade wood-based activated carbon is a black, irregular porous granular material made from high-quality wood through processes such as carbonization, activation, crushing, and sieving. This carbon is the mainstream high-efficiency adsorbent material in fields like water treatment, air purification, and chemical adsorption. Food-grade wood charcoal has characteristics such as low ash content, high purity, well-developed pore structure, and controllable impurity content. It meets food-contact grade adsorption standards and serves as a dedicated high-efficiency adsorbent for applications including decolorization, deodorization, and refining/purification in the food and beverage industry. Different particle size specifications can be adapted to various food production scenarios.
Pharmaceutical-grade wood-based activated carbon
Pharmaceutical-grade wood-based activated carbon is a black, irregular porous granular material produced from high-quality wood through processes such as carbonization, activation, crushing, and sieving. Pharmaceutical-grade wood charcoal features low ash content, high purity, a well-developed porous structure, and controllable impurity levels, meeting pharmaceutical adsorption standards. It serves as a specialized, highly efficient adsorbent material for applications in pharmaceutical purification, decolorization of medicinal liquids, and impurity removal and refinement. Different particle size specifications can be adapted to various pharmaceutical production scenarios, with widespread use in pharmaceutical refinement and biochemical industries.
coconut shell activated carbon powder
This product is powdered activated carbon made from high-quality coconut shell through carbonization, activation, crushing and refining. It features large specific surface area, developed microporous structure, strong adsorption capacity, high purity and low impurities. It is widely used in food & beverage decolorization and refining, pharmaceutical and chemical purification, water treatment, air purification, catalyst carrier, environmental protection treatment and other fields.
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