⚗️ Grams → Liters Conversion
Determine the volume in liters that corresponds to a mass in grams.
Valuable for chemical batching, beverage formulation, and any process where ingredients are weighed but stored by volume.
Pure water at ~4°C.
Liters: 1.5 L
Milliliters: 1,500 mL
Cubic meters: 0.0015 m³
How to Use This Calculator
Enter grams
Provide the mass recorded by your scale.
Pick density
Choose the fluid or enter a custom density in grams per cubic centimeter.
Read liters
The converter reveals liters plus supporting metric volumes for storage planning.
Formula
Volume (cc) = Mass (g) ÷ Density (g/cc)
Liters = Volume (cc) ÷ 1,000
Cubic meters = Liters ÷ 1,000
Use the formula breakdown to confirm the calculation logic or perform the conversion manually if needed.
Full Description
This converter is designed for workflows where ingredients are weighed for precision, yet storage or dosing equipment expects volume in liters. By supplying density, you ensure the conversion captures the unique characteristics of each fluid.
Presets cover common liquids like water, milk, and oil; custom entries support specialty chemicals and flavorings.
Additional outputs in milliliters and cubic meters help when switching between lab glassware and industrial tanks.
Frequently Asked Questions
Does density have to be in g/cc?
Yes. Convert other density units to grams per cubic centimeter before using this tool.
Can I convert liters back to grams?
Multiply liters by density in kg/L (or g/cc × 1,000) to recover grams, or use a dedicated liters-to-grams tool.
Is temperature considered?
Density changes with temperature. Use values measured at your operating temperature for accurate results.
Does it support negative grams?
Negative mass is not physical, so the calculator flags negative values as invalid.