High hardness and microporous structure from sustainable coconut sources

Huajing has developed this product specifically for waste gas treatment and solvent recovery applications, utilizing high-quality coconut shell and coal-based raw materials processed through a high-temperature activation technique. Our Industrial Odor Control Coconut Shell Carbon features a highly developed microporous structure, demonstrating exceptional adsorption capabilities for benzene, alcohols, esters, hydrocarbons, and malodorous gases; it is the preferred solution for VOCs abatement in the chemical, spray-painting, and printing industries. Boasting high abrasion resistance and a long service life, the product is available for wholesale and custom orders, and comes with technical guidance to help you efficiently meet emission compliance standards.

Huajing Manufacturer offers immediate stock availability of our Formaldehyde Removal Coconut Shell Carbon—the preferred choice for bulk procurement in both large-scale engineering projects and residential interior decoration. We meticulously select premium coconut shell raw materials and subject them to high-temperature activation to create a product featuring a dense, highly developed microporous structure. This design enables targeted adsorption of formaldehyde, benzene, TVOCs, ammonia, and various renovation-related odors found in new homes, offering both high adsorption capacity and an extended saturation cycle.

Huajing is a long-term, high-volume supplier of Coconut Shell Carbon for Water Filter Cartridges, featuring an iodine value of ≥1000 mg/g. We offer wholesale supplies directly to filter cartridge manufacturers and water treatment enterprises. From sourcing premium coconut shell raw materials in Southeast Asia to utilizing our own mature, proprietary production processes, every batch undergoes precise crushing, screening, and acid-washing purification. Heavy metal content is strictly controlled to remain well within safe drinking water standards. This specialized carbon for filter cartridges boasts a high specific surface area of 950–1200 m²/g, a methylene blue adsorption value exceeding 12 ml/0.1 g, and a residual chlorine removal rate of over 90%. It is widely utilized in UDF granular activated carbon cartridges, CTO sintered carbon blocks, and pre-filter housings for RO systems. We welcome inquiries and orders; as a direct manufacturer, we guarantee quality, support custom mesh size specifications, ensure stable supply, and provide worry-free after-sales service.

Huajing is a primary manufacturer deeply rooted in the field of water treatment, offering wholesale procurement and customization services for Tap Water Filtration Coconut Shell Activated Carbon. We carefully select naturally matured, high-quality coconut shells, which are then refined through a high-temperature activation process. With an iodine value exceeding 1000 mg/g, our product serves as an ideal filtration medium for removing residual chlorine, discoloration, odors, and organic pollutants.

Huajing is a manufacturer and purchaser specializing in the production of Drinking Water Purification Coconut Shell Carbon in China. We use imported high-quality coconut shells and adopt a high-temperature steam physical activation process for refinement. It features a well-developed microporous structure, extremely high mechanical strength, and stable chemical properties. The iodine value is ≥ 1000mg/g, and the methylene blue decolorization capacity is ≥ 9ml/0.1g. It can efficiently adsorb residual chlorine, odors, organic substances, pesticide residues, and heavy metal ions such as lead and mercury in water.

Huajing's direct-sale Industrial Wastewater Treatment Coconut Shell Carbon is available for bulk purchase, project bidding cooperation, and customized selection for sewage treatment plants. It is the core filter material for industrial wastewater purification and water quality standard improvement. High-quality coconut shell raw materials are carbonized at low temperatures to achieve excellent pore structure and strong adsorption capacity. It can efficiently adsorb COD, pigments, odors, heavy metal ions, and organic pollutants in wastewater. It has strong chemical stability, is resistant to water immersion, and is not prone to powdering. It can be used in combination with filter tanks and filters, and is suitable for wastewater treatment in various industries such as chemical, dyeing, electroplating, and pharmaceuticals. It has high cost-effectiveness and is a commonly used filter consumable in wastewater treatment projects.