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Xinhua Carbon is professional wood-based activated carbon manufacturers and suppliers in China, specialized in providing high quality wood-based activated carbon with competitive price. For quotation, contact us now.
Wood-based activated carbon
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.
Low Ash Wood-based Activated Carbon
Low Ash 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. Low-ash wood charcoal features low ash content, high purity, and a well-developed pore structure, making it an efficient adsorbent for applications in water treatment, air purification, and chemical decolorization and purification. Different particle size specifications can be adapted to various application scenarios, and it is widely used in fine chemical, food and beverage, and drinking water purification industries.
Monosodium glutamate refined wood powder carbon
Monosodium glutamate refined wood powder carbon is produced from high-quality hardwood through high-temperature carbonization, precise steam activation, and ultra-fine grinding processes. Designed specifically for the characteristics of sodium glutamate fermentation broth, this product features an extremely developed microporous structure, enabling it to efficiently adsorb pigments, colloids, organic impurities, and trace heavy metals in the fermentation broth while ensuring that the main component of sodium glutamate is not adsorbed, thus guaranteeing yield and purity. With high purity and low residue, it is a key core material for ensuring the white color, pure taste of the final monosodium glutamate product, and compliance with national food safety standards (GB 2720).
Pharmaceutical injection decolorization with wood charcoal
Pharmaceutical injection decolorization with wood charcoal, made from high-quality hard wood through precise activation and grinding processes, is core-optimized to meet the decolorization and purification needs of medicated injections. With a well-developed porous structure and excellent adsorption performance, it can accurately adsorb pigments, impurities, and trace harmful components in injections. It leaves no harmful residues or odors, ensuring it does not affect the efficacy and purity of the injection. It effectively resolves turbidity issues in injections caused by pigments and impurities, guaranteeing the safety and stability of medicated injections. It is an indispensable core adsorbent material in medicated injection production.
Heat source removal from wood-based activated carbon
Heat source removal from wood-based activated carbon is a specialized adsorbent material designed for fields such as pharmaceuticals, biological preparations, and food processing. Made from high-quality hardwood, it undergoes high-temperature carbonization, precise activation, and purification treatments. Its core function is to efficiently adsorb and remove heat sources (endotoxins, microbial metabolites, and trace harmful impurities) from the system without reacting with the treated materials. This ensures that the components and activity of target products (such as medicines and food ingredients) remain unaffected. Strict control over impurity content prevents residual heat sources, guaranteeing the safety of the treated materials. It is widely used in scenarios requiring heat source removal, including pharmaceutical formulations, food ingredient purification, and biological products, serving as a core material for ensuring product purity and preventing heat source contamination.
Purification of Chemical Intermediates Using Wood Carbon
Purification of Chemical Intermediates Using Wood Carbon is produced from high-quality hardwood through high-temperature carbonization, chemical activation, and precise purification processes. It is specifically designed for various chemical purification scenarios. Leveraging its well-developed microporous structure and chemical modification advantages, it can efficiently adsorb and decompose harmful impurities, colored substances, and pollutants in the system. Combining physical and chemical adsorption properties, it can target the removal of harmful components from different media without leaving harmful residues or causing secondary pollution. Widely applied in industrial wastewater treatment, chemical raw material purification, and exhaust gas purification, it is a specialized functional carbon that balances purification effectiveness and environmental friendliness.
Wood Powder Carbon for Domestic Wastewater Purification
Wood Powder Carbon for Domestic Wastewater Purification is produced from high-quality hardwood through high-temperature activation and fine grinding. It is specifically designed to meet the full requirements of the wastewater treatment process. With a well-developed porous structure, it can efficiently adsorb organic matter, heavy metal ions, odors, and colored substances in wastewater. It quickly degrades harmful components in wastewater, addressing issues such as turbidity and odor, and helps achieve compliant wastewater discharge. This product offers good dispersibility and high adsorption efficiency, requiring no complex pre-treatment and can be added directly. It is widely used in the advanced treatment of domestic sewage and industrial wastewater (such as chemical, dyeing, and food processing wastewater). It is a core material for achieving compliant discharge and improving water quality in wastewater treatment, combining practicality with environmental friendliness.
767 Injection Wood-based Activated Carbon
767 Injectable Wood-Based Activated Carbon is a high-end specialized adsorbent material custom-designed for the production of pharmaceutical injectable solutions. Manufactured from premium hardwood through precise temperature-controlled carbonization, high-temperature steam activation, ultra-fine grinding, and multiple purification processes, it fully complies with the standards of the Chinese Pharmacopoeia (ChP). Its core advantages include extremely high purity, no harmful residues, and strong adsorption selectivity. It can accurately adsorb pigments, pyrogens, trace impurities, and high-molecular-weight polymers in injectables without adsorbing the active pharmaceutical ingredients, thus not affecting the pH value or efficacy of the injectable solution. It effectively addresses issues such as turbidity, non-compliance with clarity standards, and pyrogen excess in injectables, ensuring the safety, stability, and clinical applicability of pharmaceutical injectable solutions. It is an indispensable core decolorizing and impurity-removing material in the production of traditional Chinese medicine injectables, Western medicine injectables, and biological preparations.
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