Our Products

Discover our high-quality activated carbon and eco-friendly gold extraction solutions

Activated Carbon

High Gold Adsorption Rate
Low Platelet Content
Low Attrition Value
Conforms to ASTM Standards

Our Activated Carbon is manufactured from premium coconut shell, processed through forced oxidation to build porosity and maximize adsorption.

Gold Recovery Carbon

Our gold recovery activated carbon is specifically designed for maximum gold adsorption in CIP, CIL, and CIC processes. The high hardness and optimal pore structure ensure efficient gold recovery with minimal losses.

Mesh Sizes Available:

TypeMesh SizeMillimeters
Granular3 X 6 mesh6.700 X 3.350 mm
Granular4 X 8 mesh4.750 X 2.36 mm
Granular6 X 12 mesh3.350 X 1.70 mm
Granular8 X 16 mesh2.36 X 1.18 mm
Powdered80 X 325 mesh0.180 X 0.045 mm
Powdered-200 USS0.075 mm

Specifications:

Butane ActivityMin. 21.5%
Ash ContentMax. 3%
Ball Pan HardnessMin. 99%
Loss on AttritionMax. 1.5%
Mesh6x12 / 8x16 USS

Packaging & Shipping:

Our activated carbon is available in 25kg bags, 500kg bulk bags, and shipping containers for larger orders. All packaging features moisture-resistant materials and secure sealing for international transport, with clear product specifications and batch information.

Gold recovery carbon

Eco-Goldex

Eco-Goldex is a non-cyanide leaching agent that dissolves gold from ores and e-scrap through a safe, multi-component mechanism. Developed using high-temp autoclave fusion (650–760°C), the product offers an eco-friendly alternative to cyanide.

Unlike cyanide which uses a single ion (CN⁻), Eco-Goldex's formulation includes multiple agents that form gold complexes for efficient extraction.

Key Features:

  • Safer than cyanide
  • No toxic gas emission
  • Better or equal leaching strength
  • Ideal for modern, responsible mining

Eco-Goldex Work Mechanism

Eco-Goldex Agent Work Mechanism

The multi-component mechanism of Eco-Goldex creates soluble gold complexes through multiple pathways, making it more effective than traditional single-ion cyanide leaching.