Eco-Friendly Fly Ash Bricks
Engineered sustainable bricks manufactured under controlled pressure for high compressive strength, low water absorption, sharp right-angle edges and uniform dimensions for clean masonry work.
* Brochure-stated performance claims. Actual results vary with design, workmanship and site conditions.
Eco-Friendly Masonry Solution.
- High compressive strength: 7.5–10 N/mm²
- Low water absorption: 6–12%
- 20–30% cost reduction*
- 42 dB noise reduction*
- Uniform dimensions and reduced breakage
- Reduced mortar requirements
- Reduced structural dead load
- Improved indoor thermal comfort
- Reuses industrial fly ash
* As stated in the ABI brochure.
Financial & plastering efficiency
Requires up to 30% less mortar jointing thanks to uniform dimensions and zero breakage in transport. Flat surfaces eliminate double-coat plastering.
Weight & dead-load savings
Lighter than traditional clay red bricks, reducing structural dead load and optimising steel in RCC columns and foundations.
Noise & thermal comfort
High density and a micro-porous structure provide high Sound Transmission Class ratings, reducing urban noise and improving indoor thermal comfort.
Your bricks. Your design. Your structure.
Pick your structure, place your bricks and build something of your own.
Automated hydraulic compaction
Recycles coal ash from thermal power generation instead of depleting fertile topsoil — with zero kiln firing and therefore zero kiln carbon emissions.
- 01
Industrial fly ash, cement, lime and sand are proportioned and mixed.
- 02
The hydraulic press applies 30+ tons of pressure for uniform density.
- 03
Bricks are water-cured under control for 14–21 days.
- 04
Every batch is checked against load-bearing and durability specifications.
| Parameter | ABI Fly Ash Brick | Traditional Clay Brick |
|---|---|---|
| Compressive strength | 7.5 – 10 N/mm² | 3.5 – 5.0 N/mm² |
| Water absorption | 6% – 12% (prevents dampness) | 15% – 25% (high dampness) |
| Environmental footprint | Recycles coal ash, zero carbon emissions | Topsoil depletion, high kiln emissions |
