1100mg/g Coconut Shell-Based 8*16 Mesh Granular Activated Carbon for Gold Extraction

Product Introduction

This high-quality granular activated carbon, with an iodine number of 1100 mg/g, is produced from natural coconut shells tailored for gold recovery. Its environmentally friendly origin and excellent adsorption ability make it ideal for extracting precious metals from ores and solutions.

Note: Specifications and particle sizes can be customized according to customer requirements.

Features

• Extensive Surface Area: Maximizes adsorption capacity due to its porous structure derived from coconut shells.
• Appropriate Particle Sizes: Typical mesh sizes, such as 6×12 and 8×16, support efficient flow and reduce pressure drops.
• Chemical Robustness: Maintains performance under diverse chemical environments, ensuring durability.
• Low Impurities: Minimal ash content enhances the quality and purity of recovered gold.
• Eco-Conscious Production: Made from renewable coconut shells, supporting sustainable practices.

Applications

• Gold Extraction: Especially effective in recovering gold from cyanide-based solutions and other leaching methods.
• Mining Sector: Beneficial for both large and small-scale mining projects, increasing metal recovery rates.

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Manufacturing Process

• Raw Material Collection: Coconut shells are gathered and cleaned to eliminate contaminants.

• Carbonization: The cleaned shells are heated in a controlled environment to produce charcoal.

• Activation: The charcoal is treated with high-temperature steam or chemicals to develop porosity.

• Cooling & Grading: The activated carbon is cooled and sieved into specified granular sizes.

• Quality Assurance: Each batch undergoes rigorous testing for performance standards and purity.

Packaging Options

• 500 kg Bulk Bags: Best suited for large volume operations, offering cost efficiency.
• 25 kg Bags: Designed for smaller-scale or laboratory use, ensuring convenience.
• Custom Packaging Solutions: Flexible options tailored to specific customer requirements for optimal handling and deployment.