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4mm cylindrical activated carbon
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Product Details
Product Details
Details Section of Activated Carbon
Details Section of Activated Carbon
Shell activated carbon
Shell activated carbon
Introduction to Categories
Introduction to Categories
Activated coconut shell charcoal for purifying beverages
Activated coconut shell charcoal for purifying beverages
The coconut shell activated carbon used for extracting gold
The coconut shell activated carbon used for extracting gold
Coconut shell activated carbon for water treatment
Coconut shell activated carbon for water treatment
Product Introduction: Coconut shell activated carbon is refined and processed using advanced production technologies with Indonesian carbonized coconut shell as the raw material. This product is non-toxic, odorless, and features a well-developed pore structure, large specific surface area, strong adsorption capacity, and high mechanical strength. Through deep activation and a unique pore size adjustment process, coconut shell activated carbon obtains abundant and well-developed pore structures.
Product Applications:
1. Water purification treatment: It is suitable for purification treatment of water purification filter elements (CTO and UDF types), drinking water, pure water, high-purity water, industrial water, circulating water, industrial wastewater, and municipal wastewater, and can effectively adsorb residual chlorine, ammonia nitrogen, nitrates, heavy metals, COD and other contaminants.
2. Pure water system: Purification treatment of pure water and high-purity water.
3. Gold extraction: It can be applied in both carbon-in-pulp process and heap leaching process, with common particle sizes of 6-12 mesh, 5-10 mesh, 8-16 mesh, etc.
4. Solvent recovery: Recovery of organic solvents (e.g., acetone, carbon disulfide).
5. Mercaptan removal: Mercaptan removal in the petroleum refining industry.
6. Food industry: Decolorization and refining of monosodium glutamate (K15 activated carbon), citric acid, and alcoholic beverages.
7. Catalysts and catalyst carriers: Mercury catalyst carriers, etc.
8. Gas filtration: Cigarette filter filtration, VOC gas filtration, etc.
Product Advantages:
1. The adsorption capacity of this coconut shell activated carbon is 5 times or higher than that of ordinary activated carbon, with a faster adsorption rate.
2. Coconut-based activated carbon features a well-developed specific surface area and abundant micropores, with a specific surface area up to 1000-1600 m²/g, micropores accounting for approximately 90% of the total pore volume, and a micropore diameter ranging from 10Å to 40Å.
3. It has the advantages of large specific surface area, moderate pore size, uniform pore size distribution, fast adsorption speed, and low impurity content.
4. Manufactured from imported coconut shell raw materials, which feature thick shell texture, high strength, outstanding crush resistance and washing resistance.
5. Long service life.
Coconut shell activated carbon for gold extraction
Coconut shell activated carbon for gold extraction
Coconut shell activated carbon for gold extraction
Coconut shell activated carbon for gold extraction
Activated carbon made from fruit shells used for water purification treatment
Activated carbon made from fruit shells used for water purification treatment
wood activated carb
wood activated carb
Product Introduction: This product includes shell particle activated carbon and shell powder activated carbon. It is mainly made from coconut shells, apricot shells, peach shells and walnut shells, and is processed through a series of production processes. Shell activated carbon is widely used in ultra-pure water, drinking water, industrial water, brewing, decolorization, gas purification, waste gas treatment, drying agents, and other fields.
Product Advantages:
1. Good wear resistance
2. Well-developed pores
3. High adsorption performance
4. High strength
5. Easy to regenerate
6. Economical and durable
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Thank you for your visit. Wish you a happy life.
Activated carbon from fruit shells for air purification
Activated carbon from fruit shells for air purification
Activated carbon from fruit shells for air purification
Activated carbon from fruit shells for air purification
Powdered activated carbon used for treating wastewater
Powdered activated carbon used for treating wastewater
De-colouring powdered activated carbon for food and medicine applications
De-colouring powdered activated carbon for food and medicine applications
VOC exhaust gas adsorption honeycomb activated carbon
VOC exhaust gas adsorption honeycomb activated carbon
Introduction to Categories
Introduction to Categories
Product Introduction: The powdered activated carbon is made from high-quality wood chips and coal through a series of processing procedures. It features well-developed large and medium-sized pores and strong de-colorization ability. The powdered activated carbon has the advantages of fast filtration speed, good adsorption performance, strong de-colorization and deodorization ability, and is economical and durable.
Application Scope: The powdered activated carbon is widely used in food, beverages, medicine, tap water, sugar, soy sauce, oil, wastewater treatment, power plants, electroplating, incineration of garbage to remove odors, removal of COD and heavy metals, chemical plants de-colorization, lead-zinc ore beneficiation, etc. (The wood-based powdered activated carbon is mainly suitable for the purification of drinking water, wine and various beverage water, as well as the purification treatment of various production and domestic wastewater, etc. The coal-based activated carbon is widely used in the de-colorization, refinement, de-colorization of various solutions in the food industry, sugar industry, pharmaceutical industry, brewing industry, etc., and can also be used for water treatment. It is applicable for the de-colorization and refinement of sugar, sucrose, maltose and other sugars, as well as the removal, purification and refinement of large-molecule pigments in citric acid, cystamine acid, oils, chemical products, etc.)
Product Advantages:
1. Wide application range and wide adaptability.
2. Strong de-colorization ability, capable of de-colorizing different colored products to transparent color.
3. The suitable pH range is relatively wide (5-9), and the pH value and alkalinity of the treated water decrease little.
powder activated carbon
powder activated carbon
Powdered activated carbon for decolorization
Powdered activated carbon for decolorization
Waterproof honeycomb activated carbon
Waterproof honeycomb activated carbon
Honeycomb activated carbon for exhaust gas treatment
Honeycomb activated carbon for exhaust gas treatment
Catalytic combustion honeycomb activated carbon
Catalytic combustion honeycomb activated carbon
Equipment filled with column-shaped activated carbon
Equipment filled with column-shaped activated carbon
The honeycomb activated carbon used for purifying the spray painting room
The honeycomb activated carbon used for purifying the spray painting room
Product Introduction: Honeycomb Activated Carbon
Product Introduction: Honeycomb Activated Carbon
(which can be categorized into water-resistant and non-water-resistant types based on its resistance to water) is a new eco-friendly activated carbon product for exhaust gas purification. It effectively reduces odors and pollutants, and is widely used in UV-photocatalytic equipment and various VOC exhaust gas adsorption applications, meeting national first-class emission standards.
Production Process: Honeycomb activated carbon is manufactured using high-iodine-value powdered activated carbon as raw material. The process includes weighing, ball milling, screening, mixing, slurry extrusion, kneading, aging, re-kneading, extrusion molding, drying, calcination, inspection, and packaging. This activated carbon features excellent water resistance, acid and alkali resistance, high strength, and a large specific surface area.
Product Features: Thanks to its unique physical structure, honeycomb activated carbon further enhances the inherent characteristics of activated carbon—such as high surface area, strong surface activity, and high adsorption capacity—resulting in lower air resistance, higher adsorption capacity, reduced equipment energy consumption, and low operating costs. Its cost-performance ratio significantly outperforms granular or fiber-based activated carbons, making it particularly suitable for large-volume, medium-to-low concentration exhaust gas treatment systems.
Product Advantages:
1. Honeycomb activated carbon offers a large specific surface area, unique pore structure, stable surface chemical functional groups, resistance to acids and alkalis, corrosion resistance, and hydrophobicity.
2. Due to its distinctive honeycomb structure, this type of activated carbon boasts high open porosity, greater geometric surface area, shorter diffusion paths, wear resistance, and strong resistance to dust contamination.
3. Compared to other types of activated carbon, honeycomb activated carbon has the significant advantage of minimal pressure loss.
honeycomb activated carbon
honeycomb activated carbon
800 iodine value activated carbon honeycomb
800 iodine value activated carbon honeycomb
Details of activated carbon
Details of activated carbon
VOCs columnar activated carbon
VOCs columnar activated carbon
Coal-based columnar activated carbon
Coal-based columnar activated carbon
Granular activated carbon for water purification treatment
Granular activated carbon for water purification treatment
Catalytic carrier column-shaped activated carbon
Catalytic carrier column-shaped activated carbon
Product Introduction: Cylindrical activated carbon is manufactured through a series of advanced production processes, resulting in cylindrical granules. It is categorized into three types: coal-based, wood-based, and coconut shell-based cylindrical activated carbon. This product features a highly developed pore structure, excellent adsorption capacity, large surface area, light weight, strong adsorption performance, high wear resistance, superior mechanical strength, and long service life. It effectively adsorbs various volatile organic compound (VOC) emissions such as benzene, toluene, ketones, alcohols, tetrahydrofuran, dichloromethane, chloroform, trichloroethylene, perchloroethylene, carbon disulfide, formaldehyde, gasoline, and fluorinated hydrocarbons. Coal-based cylindrical activated carbon is widely used in solvent recovery, as catalyst supports, and for deep purification of hazardous exhaust gases—including paint spray booth emissions, electronic factory effluents, benzene, sulfur, and other harmful substances. Wood-based cylindrical activated carbon is suitable for water purification, decolorization, protective applications, solvent recovery, VOC control, waste gas treatment, catalytic carrier applications, air purification, desulfurization, and various industrial and domestic uses.
Application Scope: Cylindrical activated carbon is extensively used in exhaust gas purification, purification and separation of chemical raw gases, synthesis gases, pharmaceutical process gases, beverage-grade carbon dioxide, hydrogen, nitrogen, hydrogen chloride, ethane, and atomic facility tail gases. Additionally, impregnated cylindrical activated carbon—such as KOH-activated carbon, NaOH-activated carbon, sulfur-impregnated carbon, desulfurized carbon, and acid-washed carbon—is specifically designed to remove special toxic gases.
Production Process: The manufacturing process begins with grinding the raw material into a fine powder (typically 95% passing through 0.08 mm), then adding an appropriate binder (commonly coal tar) and water. The mixture is kneaded and extruded into carbon rods at a controlled temperature. After drying, the rods undergo carbonization and activation to produce cylindrical activated carbon. Depending on market requirements, the final product may be further treated with acid washing, impregnation, or modification to meet specific customer adsorption needs.
Product Advantages: Cylindrical activated carbon offers numerous benefits, including a well-developed pore structure, large specific surface area, high adsorption capacity, high mechanical strength, low bed resistance, excellent chemical stability, ease of regeneration, and long service life. Thanks to its optimized pore size distribution, high surface activity, and substantial adsorption capacity, it achieves lower pressure drop, higher adsorption efficiency, reduced equipment energy consumption, and lower operating costs. Its cost-performance ratio significantly surpasses that of granular activated carbon or activated carbon fibers, making it particularly suitable for large-volume, medium-to-low concentration exhaust gas purification systems.
Product Introduction: Cylindrical activated carbon is manufactured through a series of advanced production processes, resulting in cylindrical granules. It is categorized into three types: coal-based, wood-based, and coconut shell-based cylindrical activated carbon. This product features a highly developed pore structure, excellent adsorption capacity, large surface area, light weight, strong adsorption performance, high wear resistance, superior mechanical strength, and long service life. It effectively adsorbs various volatile organic compound (VOC) emissions such as benzene, toluene, ketones, alcohols, tetrahydrofuran, dichloromethane, chloroform, trichloroethylene, perchloroethylene, carbon disulfide, formaldehyde, gasoline, and fluorinated hydrocarbons. Coal-based cylindrical activated carbon is widely used in solvent recovery, as catalyst supports, and for deep purification of hazardous exhaust gases—including paint spray booth emissions, electronic factory effluents, benzene, sulfur, and other harmful substances. Wood-based cylindrical activated carbon is suitable for water purification, decolorization, protective applications, solvent recovery, VOC control, waste gas treatment, catalytic carrier applications, air purification, desulfurization, and various industrial and domestic uses.
Application Scope: Cylindrical activated carbon is extensively used in exhaust gas purification, purification and separation of chemical raw gases, synthesis gases, pharmaceutical process gases, beverage-grade carbon dioxide, hydrogen, nitrogen, hydrogen chloride, ethane, and atomic facility tail gases. Additionally, impregnated cylindrical activated carbon—such as KOH-activated carbon, NaOH-activated carbon, sulfur-impregnated carbon, desulfurized carbon, and acid-washed carbon—is specifically designed to remove special toxic gases.
Production Process: The manufacturing process begins with grinding the raw material into a fine powder (typically 95% passing through 0.08 mm), then adding an appropriate binder (commonly coal tar) and water. The mixture is kneaded and extruded into carbon rods at a controlled temperature. After drying, the rods undergo carbonization and activation to produce cylindrical activated carbon. Depending on market requirements, the final product may be further treated with acid washing, impregnation, or modification to meet specific customer adsorption needs.
Product Advantages: Cylindrical activated carbon offers numerous benefits, including a well-developed pore structure, large specific surface area, high adsorption capacity, high mechanical strength, low bed resistance, excellent chemical stability, ease of regeneration, and long service life. Thanks to its optimized pore size distribution, high surface activity, and substantial adsorption capacity, it achieves lower pressure drop, higher adsorption efficiency, reduced equipment energy consumption, and lower operating costs. Its cost-performance ratio significantly surpasses that of granular activated carbon or activated carbon fibers, making it particularly suitable for large-volume, medium-to-low concentration exhaust gas purification systems.
Product Introduction: Columnar Activated Carbon
Product Introduction: Columnar Activated Carbon
Column-shaped activated carbon for exhaust gas treatment
Column-shaped activated carbon for exhaust gas treatment
Granular activated carbon used for treating wastewater
Granular activated carbon used for treating wastewater
Coal-based granular activated carbon
Coal-based granular activated carbon
Product Description: Granular activated carbon is made from high-quality anthracite coal and processed using advanced technology, resulting in black, irregularly shaped granules. It features a well-developed pore structure, excellent adsorption capacity, high mechanical strength, easy regeneration, and low cost.
Applications: This product is primarily used for the purification, refinement, and decolorization of industrial water and various industrial wastewater. It effectively treats domestic sewage and chemical wastewater, as well as applications in gas treatment, wastewater treatment, desulfurization and denitrification, solvent recovery, nitrogen generation systems, air separation units, and spray painting workshops.
Product Description: Granular activated carbon is made from high-quality anthracite coal and processed using advanced technology, resulting in black, irregularly shaped granules. It features a well-developed pore structure, excellent adsorption capacity, high mechanical strength, easy regeneration, and low cost.
Applications: This product is primarily used for the purification, refinement, and decolorization of industrial water and various industrial wastewater. It effectively treats domestic sewage and chemical wastewater, as well as applications in gas treatment, wastewater treatment, desulfurization and denitrification, solvent recovery, nitrogen generation systems, air separation units, and spray painting workshops.
Granular Activated Carbon Series
Granular Activated Carbon Series