🔄 Reverse Conversion: Volume → MassDensity: 0.85 kg/L
Litres to kg: Granulated Sugar
Convert litres of Granulated Sugar into kilograms (kg) instantly. With a calibrated density of 0.85 kg/L, 1 litre weighs 0.850 kg.
Enter weight to convert
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Enter density in kg/L (water = 1.000 kg/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.
Verified Material Specification & StandardReviewed August 2026
Standard CitationUSDA FoodData Central / Sugar Industry Standards
Reference Density0.850 kg/L (g/cm³)
Standard Temperature20°C Standard
Temperature vs. Density Curve for Granulated Sugar
How thermal expansion alters physical density and volume per kg.
| Operating Temperature | Estimated Density | 1 kg Volume (L) | 1 Litre Mass (kg) |
|---|---|---|---|
| 0°C (Cold / Winter) | 0.862 kg/L | 1.160 L | 0.862 kg |
| 20°C (Standard Reference) | 0.850 kg/L | 1.176 L | 0.850 kg |
| 40°C (Process Heat / Summer) | 0.838 kg/L | 1.194 L | 0.838 kg |
| 80°C (Elevated Temperature) | 0.813 kg/L | 1.230 L | 0.813 kg |
How to Calculate Litres to Kg for Granulated Sugar
To calculate the mass in kilograms from a known volume of Granulated Sugar, multiply the volume in litres by the substance density:
Mass (kg) = Volume (L) × 0.85 kg/L
1 Litre Mass1 L = 0.850 kg850 grams per litre
1 Kilogram Volume1 kg = 1.176 L1176 mL per kilogram
Granulated Sugar Litres to Kg Conversion Table
| Volume (Litres) | Calculated Mass (kg) | Grams (g) |
|---|---|---|
| 1 L | 0.850 kg | 850 g |
| 2 L | 1.700 kg | 1,700 g |
| 5 L | 4.250 kg | 4,250 g |
| 10 L | 8.500 kg | 8,500 g |
| 20 L | 17.000 kg | 17,000 g |
| 25 L | 21.250 kg | 21,250 g |
| 50 L | 42.500 kg | 42,500 g |
| 100 L | 85.000 kg | 85,000 g |
| 200 L | 170.000 kg | 170,000 g |
| 1000 L | 850.000 kg | 850,000 g |
Real-World Industry Applications for Granulated Sugar
In confectionery manufacturing, dry sugar mass is dissolved into water to produce simple syrups with specific Brix densities.
Engineering Specification: 0.800 kg/L (loose) to 0.900 kg/L (settled/packed white sucrose crystals)
Interactive Density Behavior
Mass
1.00
kg÷
1.00 kg/L
Water
Volume
1.000
LitresVolume
1.00 L of liquid
Frequently Asked Questions
Common practical questions for converting Granulated Sugar.
How do I convert litres of Granulated Sugar to kilograms?+
Multiply the volume in litres by the density in kg/L. Formula: Mass (kg) = Volume (L) × Density (0.85 kg/L). For example, 10 litres of Granulated Sugar equals 8.500 kg.
How much does 1 litre of Granulated Sugar weigh in kg?+
1 litre of Granulated Sugar weighs exactly 0.850 kilograms (or 850 grams) at standard reference temperature.
How much does 5 litres of Granulated Sugar weigh in kg?+
5 litres of Granulated Sugar weighs 4.250 kilograms (5 L × 0.85 kg/L).
How much does 20 litres of Granulated Sugar weigh in kg?+
20 litres of Granulated Sugar weighs 17.000 kilograms (20 L × 0.85 kg/L).