INDUSTRIAL INFRASTRUCTURE & AGRO-TECH

PRECISION MANUFACTURING PROCESS

From the fresh coconut groves of Pollachi to containerized export blocks, explore our end-to-end 6-stage lifecycle engineered for consistent Electrical Conductivity, optimum water holding capacity, and zero chemical additives.

Concrete Yard Area 150,000+ Sq.Ft Clean sun-curing concrete aprons
EC Reduction Method Freshwater Wash Triple-stage low sodium leaching
Compression Hydraulic 5:1 High Ratio Heavy-duty 120-ton tonnage press
Quality Batching 100% Traceable Sampled per 20 MT batch run
HOW WE MANUFACTURE

THE 6-STAGE PRECISION PROCESS

Every container shipped undergoes a calibrated manufacturing lifecycle to ensure stable electrical conductivity, low tannin, and certified phytosanitary cleanliness. Explore each stage below:

Raw Coconut Husk Sourcing in Tamil Nadu
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01 · Raw Material Sourcing
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STAGE 01 OF 06 Origin Protocol
Pollachi & Anaimalai Agricultural Corridors

Selective Agro-Corridor Sourcing

Raw coconut husks are procured directly from certified farm clusters across western Tamil Nadu. Immediate processing prevents unwanted anaerobic decomposition, securing resilient cellular structure and naturally low baseline sodium content.

Raw Material 100% Mature Husks
Pith Age Aged 6–12 Months
Traceability Farm-to-Gate Batch
INSPECTION: Zero Chemical Residue NEXT: Decortication →
STAGE 01 OF 06: SOURCING
LABORATORY QA

RIGOROUS IN-HOUSE TESTING PROTOCOLS

Our dedicated facility laboratory executes standardized batch assays before releasing blocks for container loading.

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1:1.5 Dutch Extraction EC Testing

Every production batch undergoes standardized 1:1.5 water extraction testing to verify electrical conductivity levels stay consistently below 0.5 mS/cm.

EC TOLERANCE: ± 0.05 mS/cm
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Volumetric Re-Expansion Assays

Randomly sampled 5kg blocks are hydrated in graduated verification vats to confirm expansion yield exceeds 75 liters of porous substrate per unit.

MINIMUM YIELD: 15 L / kg
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Particle Size & Sieve Analysis

Electromechanical vibratory sieve shakers verify that sub-1mm micro-particles remain under 3%, preventing compaction and root waterlogging in pots.

AIR-FILLED POROSITY: 18% – 25%