TurningAgriculturalWasteintoHigh-PerformanceConcreteSolutions
Advanced Rice Husk Ash Derived Micro Silica for Stronger, More Durable and Sustainable Infrastructure.
How Silcon™ Micro Silica is Made
An 8-step precision flow turning post-harvest rice husk into high-reactivity amorphous micro silica for the world's most demanding infrastructure.
Rice Cultivation
Paddy crops extract orthosilicic acid from ground moisture, concentrating mineral silica within the husk structure as an organic shield against pests and weathering.
What Happens Inside Concrete?
Toggle between ordinary porous concrete and Silcon™ dense matrix. Adjust the interactive water pressure slider to witness real-time hydrostatic fluid mechanics.
The Silcon™ Benefits Wheel
Click any performance pillar around the wheel to discover how Silcon™ Micro Silica transforms concrete endurance.
Extreme Compressive Strength
Silcon™ micro silica fills microscopic gaps between cement grains and reacts pozzolanically with calcium hydroxide to create secondary calcium-silicate-hydrate (C-S-H) gel, yielding 30% to 60% higher compressive strength.
Key Engineering Advantages:
Before vs After: Drag to Compare
Slide horizontally to inspect ordinary concrete pores against the dense, impermeable crystal matrix of Metrecon Silcon™ Micro Silica Concrete.
- ✕ Large interconnected pores
- ✕ High water absorption & leaks
- ✕ Low compressive limits (C25-C40)
- ✕ Vulnerable to chemical attack
Ordinary Concrete:Interconnected capillary pores · Rapid chloride ingress
- ✓ Dense pore-free microstructure
- ✓ 88% permeability drop (hydraulic seal)
- ✓ C80 to C120 Ultra-High-Performance
- ✓ 100-year marine & chemical defense
Silcon™ Concrete:Continuous dense crystal matrix · Impermeable protective barrier
Where Silcon™ Performs
From iconic high-rise towers to ocean piers, Silcon™ Micro Silica meets the most rigorous structural specifications on earth. Hover over any sector below to see the mechanics in action.
High-Rise Buildings
Silcon™ enables ultra-high-strength concrete for towering columns and shear cores, reducing section thickness and expanding usable floor plate areas.
Bridges & Flyovers
Bridges exposed to aggressive rain, carbonation, and freeze-thaw cycles achieve maximum impermeability to protect prestressed tendons from corrosion.
Marine & Port Structures
Jetties, dry docks, and seawalls face relentless wave splash and saltwater immersion. Silcon™ micro silica reduces chloride diffusion by up to 88%.
Industrial Flooring
High-traffic automated fulfillment centers and manufacturing floors require ultra-flat, high abrasion-resistant surfaces that withstand heavy forklifts without dusting.
Precast Components
Precast yards accelerate production cycles with Silcon™. Early 1-day to 3-day compressive strengths increase dramatically, allowing faster mould turnover and sharper finishes.
Turning Agricultural Waste into Infrastructure Value
Silcon™ Micro Silica replaces energy-intensive clinker, diverts paddy husk from open-field pollution, and enables longer-lasting, lower-carbon concrete.
Agricultural waste diverted from burning
Lower carbon footprint vs traditional silica fume
Direct displacement in high-grade concrete mixes
Bridges, towers, marine ports & precast assets
From Field to Foundation
Paddy Harvesting
Sustainable rice crop cultivated across farming hubs.
Husk Segregation
Agricultural husk separated cleanly during milling.
Controlled Combustion
Thermal control preserves reactive amorphous silica.
Silcon™ Extraction
Purified and classified to sub-micron micro silica.
Ultra-Dense Concrete
Eliminates pores and permanently blocks water ingress.
Net-Zero Impact
Decarbonised civil infrastructure with zero agricultural waste.
Engineered Quality Specifications
Laboratory validated across standard concrete test matrices
Engineering Precision. Sustainable Supply.
Metrecon Industries delivers engineered Silcon™ Micro Silica solutions backed by precision quality control, reliable bulk delivery, and hands-on concrete mix design support.
Consistent Silica Content
Each batch is produced under tightly regulated thermal and classification parameters, guaranteeing a uniform chemical profile, low LOI, and superior pozzolanic activity.
Rigorous Quality Control
Comprehensive multi-stage testing at incoming husk, calcination, micronisation, and post-packaging stages ensures full compliance with IS 15388 and ASTM C1240.
Dedicated Technical Support
Our concrete technologists collaborate directly with RMC plants, structural consultants, and project engineers to optimize mix formulations and dosage economics.
Bulk Supply Capability
Robust agricultural sourcing and high-throughput processing facilities allow Metrecon to supply large infrastructure projects in customized packaging configurations.
Sustainable Manufacturing
By recovering rice husk before open-field burning, Metrecon creates a circular mineral economy that slashes industrial carbon footprints while creating valuable infrastructure resources.
High-Performance Economics
Silcon™ micro silica allows partial cement replacement while achieving higher early and ultimate compressive strengths, delivering both cost savings and longevity.
Ready to Upgrade Your Concrete?
Whether you're a ready-mix producer, structural engineer, or infrastructure developer — our technical team will help you spec the right Silcon™ grade for your project.