Convert Kg to Litres of Granulated Sugar
Convert kg to litres of granulated sugar. Bulk density ranges from 0.800 to 0.900 kg/L (1 kg = 1.111 to 1.250 L).
- Reference Density
- 0.784 kg/L
- Density Range
- 0.760–0.808 kg/L
- Standard Temp
- 20°C
- Active Formula
- V = m ÷ ρ
Density values are approximate and usually based on room temperature, around 20°C, unless otherwise stated.
Granulated Sugar Quick Conversion Table
Standard 20°C Reference| Mass (kg) | Volume (Litres) | Volume (mL) | US Gallons | UK Gallons |
|---|---|---|---|---|
| 1 kg | 1.176 L | 1,176 mL | 0.311 gal | 0.259 gal |
| 5 kg | 5.882 L | 5,882 mL | 1.554 gal | 1.294 gal |
| 10 kg | 11.765 L | 11,765 mL | 3.108 gal | 2.588 gal |
| 25 kg | 29.412 L | 29,412 mL | 7.770 gal | 6.470 gal |
| 50 kg | 58.824 L | 58,824 mL | 15.540 gal | 12.939 gal |
| 100 kg | 117.647 L | 117,647 mL | 31.079 gal | 25.879 gal |
How to Convert Granulated Sugar from kg to Litres
To convert Granulated Sugar from kilograms to litres, divide the mass (in kg) by its density (0.85 kg/L).
Physical Properties of Granulated Sugar
How to Convert Kilograms to Litres
Converting mass (kilograms) to liquid volume (litres) is not a direct 1:1 ratio for every liquid. While 1 kg of pure water equals exactly 1 litre (at 4°C), other substances possess distinct mass densities due to their molecular structures.
To Convert Kg to Litres
Divide the total weight in kilograms by the liquid density (ρ) in kg/L.
To Convert Litres to Kg
Multiply the total liquid volume in litres by the substance density (ρ) in kg/L.
Where Volume is in Litres (L), Mass is in Kilograms (kg), and ρ (rho) is density in kg/L.
Example: 5 Litres of Olive Oil (ρ = 0.918 kg/L) = 5 × 0.918 = 4.59 kg.