Concrete Temp Control

IS 7861 P.1 · IS 2386 P.3:1963
🧊 Ice Requirement Calculator
Calculates ice needed to achieve target concrete temperature. Moisture correction adjusts aggregate batch weights AND water content per IS 2386 (Part 3):1963.

📋 Mix Proportions per m³

kg/m³
kg/m³ (Design)
kg/m³ (Design)
kg/m³ (Design)
kg/m³
✦ Auto-calculated
✦ Auto
✦ Design total

💧 Moisture Correction IS 2386 P.3

Free Moisture = Design Qty × (Actual Moist% − WA%) / 100
Corrected Agg = Design + Free Moist  |  Corrected Water = Design Water − ΣFree Moist
MaterialActual Moist %Water Abs %Free Moist (kg/m³)Corrected Qty (kg/m³)
Fine Aggregate 0.000
20mm Aggregate 0.000
10mm Aggregate 0.000
Water (corrected) Auto-adjusted — Design Water minus all free moistures

🌡️ Material Temperatures °C

°C
°C
°C
°C
°C
°C  (IS 7861: max 35°C)

🚛 Multi-Batch Ice Calculator

🌡️ Temperature Gauge
📊 Results
  • Ice must be flake/crushed (max 25mm). All ice must melt before adding cement.
  • Sp. Heat: Cement=0.22, Agg=0.22, Water=1.0 kcal/kg°C | Latent heat ice=80 kcal/kg
  • Corrected Agg weight = Design + Free Moisture. Corrected Water = Design − ΣFree Moist.
💧 Water Temperature Calculator
Calculates the required mixing water temperature to achieve target concrete temperature. Also estimates refrigeration tonnage needed.

📋 Mix Proportions per m³

kg/m³
kg/m³ (Design)
kg/m³ (Design)
kg/m³ (Design)
kg/m³
✦ Auto-calculated
✦ Auto
✦ Design total

💧 Moisture Correction IS 2386 P.3

Free Moisture = Design Qty × (Actual Moist% − WA%) / 100
Corrected Agg = Design + Free Moist  |  Corrected Water = Design Water − ΣFree Moist
MaterialActual Moist %Water Abs %Free Moist (kg/m³)Corrected Qty (kg/m³)
Fine Aggregate 0.000
20mm Aggregate 0.000
10mm Aggregate 0.000
Water (corrected) Auto-adjusted — Design Water minus all free moistures

🌡️ Material Temperatures °C

°C
°C
°C
°C
°C
°C  (IS 7861: max 35°C)

🚛 Multi-Batch Water Temp Calc

🌡️ Temperature Gauge
📊 Results

❄️ Refrigeration Effort Estimator

  • If required water temp is below 5°C, consider using ice instead.
  • Water below 0°C is not achievable — switch to Ice Calculator.
  • 1 TR = 3024 kcal/hr (Indian standard), efficiency η = 0.75 assumed.

➕ Add / Edit Mix Design

✦ Auto
✦ Auto
0 / 20
📋

No mix designs saved yet.
Add one above!