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Tailings Gold Recovery Apricot Shell Carbon
China Huajing’s Tailings Gold Recovery Apricot Shell Carbon is produced using high-quality apricot shells as raw material, refined through high-temperature steam activation. Characterized by uniform particle size and a highly developed pore structure, it boasts core advantages such as rapid adsorption rates, high adsorption capacity, and low bulk density. Specifically designed for the recovery of gold from tailings fluids and the treatment of mining wastewater, this product efficiently concentrates and recovers precious metals while simultaneously reducing pollutant emissions in tailings streams.
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1000 Iodine Value Apricot Shell Carbon for Gold Recovery
China Huajing presents its direct-supply product: 1000 Iodine Value Apricot Shell Carbon for Gold Recovery—a premium solution designed for those seeking ultimate adsorption efficiency and high recovery rates. Boasting an iodine value exceeding 1000 mg/g and a specific surface area greater than 1100 m²/g, this product features a highly developed microporous and mesoporous structure. It demonstrates exceptional capture capabilities for gold cyanide complexes, thereby enhancing overall production efficiency. Contact us today to receive a customized gold recovery solution tailored specifically to the characteristics of your ore.
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900 Iodine Value Apricot Shell Carbon for Gold Recovery
Huajing’s 900 Iodine Value Apricot Shell Carbon for Gold Recovery is specifically designed for gold extraction processes utilizing heap leaching and carbon-in-pulp (CIP) methods. Produced from high-quality apricot shells, it undergoes a rigorous process of high-temperature steam activation and refinement. The product features a stable iodine value of ≥900 mg/g and a high mesopore ratio of 60–70%, enabling it to efficiently capture gold cyanide complexes with an adsorption rate exceeding 94%. Furthermore, with a mechanical strength of ≥98% and excellent abrasion resistance, it significantly reduces carbon loss per ton of ore processed within Carbon-in-Leach (CIL) operations. We provide a stable, factory-direct supply backed by comprehensive technical support, helping you achieve your gold e......
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800 Iodine Value Apricot Shell Carbon for Gold Recovery
Huajing is a professional manufacturer and supplier in China specializing in 800 Iodine Value Apricot Shell Carbon for Gold Recovery. We meticulously select premium apricot shells, which undergo high-temperature steam physical activation and refining. The resulting product features a stable iodine value of ≥800 mg/g and a pore structure precisely tailored for the adsorption of gold-cyanide complexes. Specifically engineered for gold mine heap leaching and tailings recovery, our carbon boasts uniform particle size and high mechanical strength, effectively minimizing gold recovery losses and boosting precious metal recovery rates.
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High Purity Coconut Shell Carbon for Electronics
Huajing High Purity Coconut Shell Carbon for Electronics is derived from premium coconut shells sourced in Southeast Asia. Through a rigorous seven-step purification process, we produce an electronic-grade, ultra-pure carbon material featuring an ash content of ≤0.5% and an iron content of <5 ppm. With micropores accounting for over 90% of its structure and a specific surface area reaching 1200–1500 m²/g, this material is ideally suited for demanding applications such as semiconductor cleaning fluids and the purification of electronic chemicals. We offer customization options for particle size and purity, provide free samples and technical selection assistance, ensure rapid delivery, and back our products with professional after-sales support.
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Negative Electrode Carbon Material for Lithium Batteries
Huajing, a direct-source manufacturer, offers bulk procurement of Negative Electrode Carbon Material for Lithium Batteries. We provide specialized, customizable biomass-based carbon materials tailored specifically for lithium battery anodes. Leveraging 27 years of expertise in activated carbon R&D and multi-product co-production technologies, our materials are prepared through high-temperature graphitization and deep purification processes. Characterized by low ash content, high conductivity, and a stable lithium-intercalation structure, they are ideally suited for the production of anodes in power, energy storage, and consumer-grade lithium batteries. These materials effectively enhance battery energy density and cycle life. Backed by a technical team comprising university-industry expert......
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