TryBuildCalcPCC Cost Calculator PCC cost estimator
Calculate PCC cement, sand, and aggregate instantly.
🕒 Last updated: August 13, 2026
PCC Dimensions
ℹ️Typical: 75-100 mm (foundation blinding), 100-125 mm (flooring / floor base)
Common PCC thickness:
Cost
For a 12.00 m² footprint, you need approximately 1.26 m³ (44.5 cft) of PCC concrete — 5.6 cement bags.
PCC Concrete
Wet volume (before wastage): 1.200 m³
Dry volume: 1.848 m³
Final quantity (with wastage): 1.26 m³ (44.5 cft)
Materials
Cement: 5.6 bags (280 kg)
Sand: 0.58 m³ (20.6 cft)
Aggregate: 1.16 m³ (41.1 cft)
Cost Summary
Total estimated cost: ₹6,930
Assumptions Used
Dry volume factor: 1.54 | Cement bag: 50 kg / 0.0347 m³ | PCC is non-reinforced — no steel, and no shuttering (cast directly against the excavation or a prepared subgrade, not panel formwork).
Looking for the verification checklist, reference tables, tips, or common mistakes?See the complete PCC Calculator.
PCC cost estimate
This page pre-selects cost estimation, so the total estimated PCC cost is shown alongside the concrete, cement, sand, and aggregate quantity breakdown.
Edit the rate above to match your local supplier and site-mix pricing — the underlying concrete quantity is calculated exactly the same way as the main calculator.
- Cost = final wastage-adjusted volume × your entered rate per m³ (or per cft).
- Toggle the rate unit to cft to match the common site-mixed concrete rate convention.
- Cost covers concrete material only — labour, excavation, and subgrade preparation are excluded.
How Is PCC Quantity Calculated?
PCC quantity is calculated from wet concrete volume, a dry-volume correction factor, and cement-sand-aggregate mix ratio distribution, then an optional cost estimate on top.
Step 1 — PCC Volume
Wet Volume = Length × Width × Thickness
Dry Volume = Wet Volume × 1.54
Dry volume accounts for the voids between aggregate particles that disappear once the concrete is mixed and compacted. The dry volume is split into cement, sand, and aggregate using the selected mix ratio, and wastage is applied once to the final quantities.
Step 2 — Cement Bags
Cement Volume = Dry Volume × (Cement Ratio Part ÷ Total Ratio Parts)
Cement Bags = Cement Volume ÷ 0.0347 m³/bag (50 kg bags)
Sand and aggregate are split the same way, using their own ratio parts. One standard cement bag (50 kg) occupies approximately 0.0347 m³.
Step 3 — Final Quantity with Wastage
Final Wet Volume = Wet Volume × (1 + Wastage %)
This final wet volume (and the wastage-adjusted cement/sand/aggregate figures) is the practical quantity to order or batch on site — shown separately from the theoretical pre-wastage volume.
Worked Example
This example walks through your current inputs above, using the same steps as the Formula section.
Input Values Used
| Input | Value | Why it is used |
|---|---|---|
| Length × width × thickness | 4m × 3m × 100mm | Sets the wet concrete volume |
| Mix ratio / wastage | 1:3:6, 5% wastage | Splits dry volume into cement/sand/aggregate and adds a buffer for site losses |
Step 1 — Volume
| Calculation | Substitution | Result |
|---|---|---|
| Wet volume | 4m × 3m × 100mm | 1.200 m³ |
| Dry volume | 1.200 × 1.54 | 1.848 m³ |
| With 5% wastage | 1.200 × 1.05 | 1.260 m³ (44.5 cft) |
Step 2 — Materials
| Material | Quantity |
|---|---|
| Cement | 5.6 bags (280 kg) |
| Sand | 0.58 m³ (20.6 cft) |
| Aggregate | 1.16 m³ (41.1 cft) |
Therefore, approximately 1.26 m³ (44.5 cft) of PCC concrete should be ordered or batched for this layer, needing 5.6 cement bags, while sand and aggregate are estimated separately for site mixing.
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Disclaimer: This calculator provides approximate results for planning and estimation purposes only. Actual requirements may vary based on site conditions, materials, workmanship, and local building regulations. Always consult a qualified engineer, architect, or construction professional before making final decisions.