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Read articleSodium Hydroxide Solution (50%) weighs 1.525 kg per litre. Convert litres to kilograms (and back) using its exact density.
1 liter of Sodium Hydroxide Solution (50%) weighs approximately 1.525 kilograms (or 1525 grams) at standard room temperature. Because mass equals volume multiplied by density (\(m = V \times \rho\)), multiplying volume in liters by 1.525 gives the exact mass in kg.
Sodium Hydroxide Solution (50%) has a density of 1.525 kg/L, which makes it 52% heavier than water. A 50% caustic soda solution is strongly alkaline and weighs about 1.525 kg/L. It is more than 50% heavier than water.
Soap manufacture, drain cleaners, paper pulping, aluminium processing and neutralising acids.
Density rises steadily with strength: 10% is ~1.11, 25% is ~1.28 and 50% is ~1.52 kg/L. The solution is hot and dangerous to handle when diluted.
Type the volume in litres. The calculator is preset to Sodium Hydroxide Solution (50%) at 1.525 kg/L.
Flip to kilograms → litres to find how much space a given weight of sodium hydroxide solution (50%) takes up.
See kilograms, pounds, millilitres and gallons. Each litre adds 1.525 kg.
A 50% caustic soda solution is strongly alkaline and weighs about 1.525 kg/L. It is more than 50% heavier than water. To convert, multiply the volume in litres by 1.525. To go the other way, divide the weight in kilograms by 1.525.
kg = Litres × 1.525
L = kg ÷ 1.525
1 L → 1.525 kg
10 L → 15.25 kg
100 L → 152.5 kgConvert 5 litres of sodium hydroxide solution (50%) to kilograms: 5 × 1.525 = 7.625 kg, or 16.81 lb. Reversed: 7.625 kg ÷ 1.525 = 5 L.
| Scenario | Calculation | Result |
|---|---|---|
| 1 L of sodium hydroxide solution (50%) | 1 × 1.525 kg/L | 1.525 kg |
| 5 L of sodium hydroxide solution (50%) | 5 × 1.525 kg/L | 7.625 kg |
| 20 L of sodium hydroxide solution (50%) | 20 × 1.525 kg/L | 30.5 kg |
| 100 L of sodium hydroxide solution (50%) | 100 × 1.525 kg/L | 152.5 kg |
| 10 kg of sodium hydroxide solution (50%) (reverse) | 10 ÷ 1.525 kg/L | 6.56 L |
| Litres | Kilograms | Pounds | US gallons |
|---|---|---|---|
| 0.25 L | 0.381 kg | 0.84 lb | 0.07 gal |
| 0.5 L | 0.762 kg | 1.68 lb | 0.13 gal |
| 1 L | 1.525 kg | 3.36 lb | 0.26 gal |
| 2 L | 3.05 kg | 6.72 lb | 0.53 gal |
| 5 L | 7.625 kg | 16.81 lb | 1.32 gal |
| 10 L | 15.25 kg | 33.62 lb | 2.64 gal |
| 20 L | 30.5 kg | 67.24 lb | 5.28 gal |
| 50 L | 76.25 kg | 168.1 lb | 13.21 gal |
| 100 L | 152.5 kg | 336.2 lb | 26.42 gal |
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Read article25 × 1.525 ≈ 38.1 kg.
50% of 1.525 kg ≈ 0.76 kg of NaOH.
1 litre of sodium hydroxide solution (50%) weighs 1.525 kg (1525 grams, or 3.36 lb), using a density of 1.525 kg/L.
1 kg of sodium hydroxide solution (50%) is 0.656 litres. Divide the weight by the density: 1 ÷ 1.525 = 0.656.
Multiply the volume by 1.525. For example, 10 litres of sodium hydroxide solution (50%) is 15.25 kg and 50 litres is 76.25 kg.
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