Plan your construction with precision. Get brick quantity, cement bags, and sand for 9-inch & 4.5-inch brick walls using Indian standard brick size (190×90×90 mm). Updated for 2026, including wastage and mortar ratio.
Estimates based on Indian standard brick (190×90×90 mm) + 10mm mortar → effective 200×100×100 mm. Cement calculated for 1:6 mix (dry volume factor 1.33). Wastage applied on bricks.
Whether you are planning a boundary wall, a partition, or a full house, knowing the brick calculation formula saves material cost and avoids waste. In India, the most common brick size is 190 mm × 90 mm × 90 mm. With a 10 mm mortar joint, the modular size becomes 200 mm × 100 mm × 100 mm. Our brick calculator uses this standard to give you precise numbers for 9 inch brick wall calculation and 4.5 inch brick wall calculation. Follow these professional steps for manual check:
| Wall Type | Bricks per 100 sq.ft (without openings) | Cement bags (approx) | Sand (cft) |
|---|---|---|---|
| 4.5-inch (half brick) | 500–520 bricks | 4.2–4.8 bags | 18–22 cft |
| 9-inch (full brick) | 1000–1040 bricks | 8.5–9.5 bags | 38–44 cft |
*Values vary with mortar thickness & wastage. Always use our dynamic calculator for exact dimensions.
Whether you need how to calculate bricks for a 10×10 room or estimate material for a compound wall, our brick calculator India handles all. For 1 cubic meter brick work (1m³), the approximate brick count is 500 bricks including mortar. Similarly, for a 9-inch wall, you need roughly 12–13 bricks per square foot. Use this guide alongside the interactive tool to cross-check:
Our calculator also provides mortar volume in m³, crucial for ordering ready-mix or site mixing. Updated for 2026 construction trends — we follow IS 2212 (Brickwork Code) and current market practices.
This brick calculator provides estimates for planning purposes only. Actual requirements may vary due to brick size variations, workmanship, site conditions, and material quality. Always consult a structural engineer or local contractor before finalizing material orders. TotalCalcHub is not liable for any discrepancies.