Gold Recovery Activated Carbon Supplier
Gold recovery activated carbon for CIP, CIL, and CIC circuits, made by a mining-focused manufacturer with high-hardness grades, sample support, and export pricing for bulk orders.
Factory Pricing
Direct factory quotes for bulk import orders
Bulk Supply
From trial orders to repeat container shipments
Stable Batches
Consistent same-grade supply across repeat orders
Export Support
Samples, packaging, documents, and loading support
About Gold Recovery Activated Carbon
Our Gold Recovery Activated Carbon is specially engineered for the mining industry, with high iodine number and exceptional hardness for maximum gold adsorption in CIP, CIL, and CIC processes.
Designed to withstand abrasive conditions and multiple adsorption-desorption cycles, this specialized carbon delivers consistent performance and high gold loading capacity.
- High iodine number above 1000 mg/g
- Exceptional hardness above 98%
- Fast adsorption and easy elution
- Optimized for CIP, CIL, and CIC circuits
Technical Specifications
Our gold recovery activated carbon is primarily produced from coconut shell material due to its superior hardness and high microporosity. Coconut shell carbon is the industry standard for gold recovery applications.
Coconut Shell Gold Recovery Activated Carbon
Highest hardness, optimal pore structure for gold cyanide complex adsorption, industry standard for CIP/CIL/CIC circuits.
| Parameter | Specification |
|---|---|
| Raw Material | Coconut Shell |
| Iodine Number | ≥1000 mg/g |
| Hardness | ≥98% |
| Ash Content | ≤3% |
| Moisture Content | ≤5% |
| Mesh Size | 6x12, 6x16 |
| Bulk Density | 0.48-0.52 g/ml |
| Gold Loading Capacity | 6-10 kg Au/ton carbon |
| Surface Area (BET) | ≥1000 m2/g |
* Specifications can be customized according to specific application requirements. Contact us for detailed specifications and COA.
Applications
Gold recovery activated carbon is engineered specifically for the demanding conditions of gold mining circuits. Our carbon's high iodine number and exceptional hardness maximize gold adsorption while minimizing losses.
- Carbon-in-Pulp (CIP) gold recovery
- Carbon-in-Leach (CIL) processes
- Carbon-in-Column (CIC) systems
- Heap leaching operations
- Gold refining and purification
- Precious metal recovery
- Electrowinning processes
- Gold elution circuits
Why Source From Tanjin Carbon?
Direct factory supply, no middlemen. Consistent quality backed by ISO certification and 15 years of gold mining industry experience.
High Iodine Number
Iodine number >=1000 mg/g ensures maximum gold adsorption capacity. Our carbon consistently achieves 6-10 kg gold loading per ton of carbon.
Exceptional Hardness
Hardness >=98% withstands the abrasive conditions in CIP, CIL, and CIC circuits. Low attrition losses mean fewer carbon replacements and lower operating costs.
Fast Adsorption Kinetics
Optimized pore structure enables rapid gold adsorption, improving circuit efficiency and recovery rates.
Easy Elution
Designed for efficient elution processes. Our carbon releases gold efficiently during elution, maximizing gold recovery and enabling quick reactivation.
Multiple Mesh Sizes
Available in 6x12 and 6x16 mesh sizes to match your circuit design. Custom mesh sizes available for specific requirements.
Technical Support
Our engineers provide guidance on carbon selection, loading optimization, and circuit performance improvement.
Frequently Asked Questions
Our gold recovery carbon achieves 6-10 kg of gold per ton of carbon, depending on ore characteristics and circuit conditions. Higher iodine numbers correlate with higher loading capacity.
High hardness (>=98%) is critical for gold recovery. Soft carbon generates fines that pass through screens, reducing recovery efficiency. Our carbon's exceptional hardness minimizes attrition losses.
6x12 mesh is standard for most CIP and CIL circuits. 6x16 mesh is used where finer carbon is preferred. Contact us with your circuit specifications for specific recommendations.
Yes, gold recovery carbon can be thermally regenerated after elution. Proper regeneration restores 90-95% of original capacity and removes organic contaminants.
Standard MOQ is 1 metric ton. For mining operations requiring smaller quantities for testing, we can accommodate. Contact us to discuss your specific requirements.
Standard orders are ready within 7-15 business days. We maintain stock of popular grades for urgent requirements. Transit time depends on your location.
Request a Quote
Tell us your mesh size, quantity, and circuit type. We'll respond with competitive FOB pricing and technical recommendations within 24 hours.