Brick vs AAC Block Comparison
Cost, weight and thermal comparison for a wall in brick or AAC.
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Enter your values, then press Calculate Now to evaluate the output.
Guide — Brick vs AAC Block Comparison
The brick versus AAC calculator below follows standard Indian construction practice and the relevant IS-code conventions. Enter the site dimensions exactly as measured, press Calculate Now, then refine the quantities line by line in the live sheet before you export.
AAC blocks weigh roughly one third of clay brick masonry — 550–650 kg/m³ against 1800–1950 kg/m³. On a multi-storey frame that reduction flows straight into smaller beams, columns and foundations.
Thermal conductivity of AAC is about 0.16 W/mK against 0.81 for burnt clay brick, which cuts the cooling load noticeably in hot climates and can help with energy code compliance.
AAC needs thin-bed adhesive rather than thick cement mortar, and the labour output per mason-day is two to three times higher because of block size. Factor both into the comparison, not just the material rate.
Treat every output as an indicative pre-tender estimate. Site conditions, wastage allowances, specification changes and local market rates all move the final figure, so validate against your drawings and approved rate analysis before procurement.
Master Measurement Sheet
| Sr. No. | Description | Unit | NOS 1 | NOS 2 | L | B | D | QTY | Action |
|---|---|---|---|---|---|---|---|---|---|
| 1 | 1.000 |
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About the Brick vs AAC Block Comparison
This tool is built for site engineers, quantity surveyors, contractors and property investors who need dependable numbers fast. Every input is reactive — changing a single field instantly recomputes the full output set, so you can run sensitivity checks on dimensions, grades and rates before committing to an estimate.
Keep unit consistency in mind: metric inputs (metres, square metres, cubic metres) produce metric outputs, with imperial and Indian trade units shown alongside where they are commonly used on site.