Impregnated Activated Carbon
4.0mm Pellet Catalytic Activated Carbon Purification Hydrogen Sulphide Gas
CTC 60 1100mg/g Activated Carbon Pellets 4mm Air Purification Gas Separation Refinement Product Description CTC 60 1100mg/g Activated Carbon Pellets 4mm Air Purification Gas Separation Refinement The coal based granular activated carbons, according to different production processes, can be divided into fractured granular activated carbon and extruded granular activated cabon, they are characterized by wide size range, strong adsorption power and high mechanical strength, and
1000Mg/G Coal Based Granular Impregnated Activated Carbon For Adsorb Odorous Gas
CTC 60 1100mg/g Activated Carbon Pellets 4mm Air Purification Gas Separation Refinement Product Description CTC 60 1100mg/g Activated Carbon Pellets 4mm Air Purification Gas Separation Refinement The coal based granular activated carbons, according to different production processes, can be divided into fractured granular activated carbon and extruded granular activated cabon, they are characterized by wide size range, strong adsorption power and high mechanical strength, and
1200mg/G Lodine Coal Based Impregnated Activated Carbon
Coal Based Granular Activeated Carbon Product Description The coal based granular activated carbons, according to different production processes, can be divided into fractured granular activated carbon and extruded granular activated cabon, they are characterized by wide size range, strong adsorption power and high mechanical strength, and are extensively used in recovery and purification of various gas-phase, catalyst carrier, solvent recovery, purification of water, etc.
Impregnated Activated Carbon with 12-24 Months Shelf Life High Hardness ≥95% and Low Moisture <5% for Water Treatment and Air Cleaning
Product Description: The Impregnated Activated Carbon is a high-quality adsorbent material designed to meet the demanding requirements of various industrial applications. Renowned for its exceptional performance, this product boasts a hardness level of ≥95%, ensuring durability and longevity even under rigorous operating conditions. This high hardness makes it ideal for use in systems where mechanical strength is crucial, such as in gas purification, air filtration, and water
Impregnated Activated Carbon with Moisture Content ≤5%, Hardness ≥95%, and Dry Residue 8-15% for Industrial Filtration
Product Description: Impregnated Activated Carbon is a highly efficient adsorbent material widely used in various industrial applications due to its remarkable ability to capture and neutralize contaminants. This product is characterized by its black granular or powdered appearance, which allows for a versatile range of uses. Its particle size typically ranges from 4-12 mesh, although this can vary depending on specific customer requirements. This flexibility in particle s
Impregnated Activated Carbon with Dry Residue 8-15% and Methylene Blue Adsorption 130-150 mg/g for Enhanced Chemical and Dust Protection
Product Description: Impregnated Activated Carbon is a highly efficient adsorbent material designed for a wide range of applications, including air purification, water treatment, and protective masks. This product is manufactured through a specialized process that enhances the adsorption capacity of standard activated carbon by impregnating it with chemical agents, making it particularly effective in capturing and neutralizing harmful gases, odors, and contaminants. One
Impregnated Activated Carbon with 130-150mg/g Methylene Blue Adsorption, ≥95% Hardness, and Less Than 5% Moisture Content for Industrial Purification
Product Description: Impregnated Activated Carbon is a highly efficient and versatile adsorbent material designed to meet the rigorous demands of various industrial applications. This product stands out due to its exceptional performance characteristics, including a temperature range from -20°C to 150°C, making it suitable for use in both low and moderately high-temperature environments. Its robust nature ensures reliable operation in diverse conditions, thereby extending