High-precision Mineral Structures

Macro technical photography of engineered zeolite crystal structures, high-contrast industrial lighting, sharp geometric mineral facets, cool slate and copper tones, 50mm lens
Macro technical photography of engineered zeolite crystal structures, high-contrast industrial lighting, sharp geometric mineral facets, cool slate and copper tones, 50mm lens

We modify the crystalline architecture of Peruvian zeolite to optimize cation exchange capacity and ensure predictable performance in industrial processes.

 Materials engineering

The refinement flow

Mineral processing with registered patents

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Thermal classification

Cationic modification

Precision grinding

We subject the raw mineral to controlled thermal activation to open up the internal microporous channels..

We adjust the surface charge using proprietary chemical processes, maximizing the selective retention of nutrients.

We reduce the zeolite to precise micrometric particle sizes, tailored to the technical specifications of each industry.

Pureza certificada

Laboratory technical specifications

2.2 meq/g

Average Cation Exchange Capacity (CEC)

Each batch from our plant in Peru undergoes rigorous X-ray diffraction analysis to certify a mineral purity of over ninety-five percent.

0.7 nm

Controlled pore diameter for molecular filtration

95%+

Certified mineral purity

0 ppm

Heavy metals detected during the refining phase

Sectores clave

Solutions for industrial decarbonization

Regenerative agriculture

Water filtration

Carbon capture

Optimization of fertilizers and water retention in arid soils through controlled nutrient release.

Selective removal of ammonium and heavy metals in municipal and industrial treatment plants.

High-porosity mineral supports for the separation and storage of greenhouse gases.

Do you require technical samples?

Request a laboratory-analyzed test batch to validate the cation exchange capacity in your own processes.