High hardness and microporous structure from sustainable coconut sources

Huajing is a professional manufacturer and supplier in China, specializing in the custom production and supply of High Abrasion Coconut Shell Carbon for CIP CIL Gold Recovery. We offer both ready-to-ship wholesale inventory and custom specifications tailored to specific needs, making our product the preferred filtration medium for gold mining, smelting, and precious metal adsorption and purification processes. Crafted from carefully selected, high-quality coconut shell raw materials sourced from Southeast Asia and refined through high-temperature activation, our carbon features exceptional particle hardness, superior abrasion resistance, and high crush strength. It boasts a highly developed pore structure, enabling a large gold adsorption capacity and a rapid desorption rate. Furthermore, it exhibits excellent resistance to acids, alkalis, and corrosion, ensuring minimal material loss during repeated regeneration cycles. By helping gold smelting enterprises reduce costs and enhance efficiency—while achieving higher levels of purification purity—our product is compatible with various gold recovery processes, including heap leaching, vat leaching, and carbon-in-pulp (CIP) methods, making it the long-term procurement choice for industrial mining operations.

Huajing's 1000 Iodine Value Coconut Shell Carbon for Gold Recovery is a key consumable material in large-scale CIP/CIL and heap leaching gold extraction processes. In the field of gold extraction, an iodine value of ≥ 1000mg/g is the dividing line that distinguishes ordinary carbon from high-efficiency carbon. We use high-quality coconut shells from Southeast Asia, which are refined through a series of processes including carbonization and high-temperature physical activation with steam. This product features excellent mechanical strength, strong adsorption capacity, fast gold extraction speed, and easy decomposition. It is widely applicable in gold extraction and tail liquid recovery in the carbon slurry method and heap leaching method for gold extraction, as well as in the extraction of precious metals such as gold and platinum in wet metallurgy.

Huajing’s 900 Iodine Value Coconut Shell Carbon for Gold Recovery is a high-performance adsorption material specifically developed by our company for the gold beneficiation, hydrometallurgical gold extraction, and precious metals recovery industries. Unlike standard coconut shell carbon used for water treatment, this product is manufactured under strict controls regarding iodine value, mechanical strength, particle size, and ash content—parameters precisely tailored to the requirements of gold extraction processes. Produced from high-density, virgin coconut shells through a process involving rotary kiln activation, multi-stage screening, and dust removal, it exhibits exceptional adsorption capacity for gold ions as well as superior resistance to crushing. In cyanide leaching processes, it rapidly adsorbs gold ions from solution, thereby enhancing gold loading capacity and desorption recovery rates; consequently, it serves as a critical consumable for mining operations, gold smelters, gold refining enterprises, and precious metals recovery and processing facilities.

Huajing, a professional activated carbon manufacturer with over 20 years of experience, supplies you with high-quality 800 Iodine Value Coconut Shell Carbon for Gold Recovery, which is the preferred product for large-scale procurement by gold refining enterprises. This product is made from high-quality coconut shells and processed through a physical activation process. It has a stable iodine value and excellent gold adsorption performance, and is widely used in carbon paste method and heap leaching method for extracting gold and other precious metals. The stable product performance effectively reduces the production costs of enterprises. We have provided stable supply services to over 100 gold mines at home and abroad, and our product quality has been highly recognized by customers in the gold refining industry.