Density Converter: Convert Between kg/m�, g/cm�, lb/ft�, and More
Learn how to convert density measurements between metric and imperial units. Includes formulas, material examples, and practical applications.
Achyutananda Meher
Founder of Measurely
Table of Contents
Introduction
Density describes how much mass is contained in a given volume. Our density converter handles all common units.
Conversion Formulas and Factors
The SI unit is kg/m�:
1 g/cm� = 1000 kg/m� 1 kg/L = 1000 kg/m� (density of water) 1 lb/ft� = 16.018463 kg/m� 1 kg/m� = 0.062428 lb/ft�Density of common materials:
- Water: 1000 kg/m� (1 g/cm�)
- Air (at STP): 1.225 kg/m�
- Steel: ~7,850 kg/m�
- Gold: ~19,320 kg/m�
How to Use the Converter
Our density converter supports all common units. For example, 1000 kg/m� = 1 g/cm�.
Real-World Examples
Materials: Aluminum density 2.7 g/cm� = 2700 kg/m�. Construction: Concrete at 150 lb/ft� = 2403 kg/m�. Chemistry: A liquid at 0.8 kg/L = 0.8 g/cm�.Common Applications
- Materials Science: Identifying materials by density
- Engineering: Buoyancy and structural load calculations
- Chemistry: Determining concentrations and solution properties
- Geology: Identifying minerals by density
Tips for Accurate Conversions
- 1. Water density (1 g/cm� = 1000 kg/m�) is a useful reference
- 2. Temperature affects density � conversions assume standard conditions
- 3. Specific gravity is density relative to water, dimensionless
Conclusion
Density conversions are essential in materials science, engineering, and chemistry. Our density converter provides instant, accurate conversions. For more tools, see the complete guide to unit converters.
About Achyutananda Meher
Founder of Measurely
Achyutananda Meher is the founder of Measurely. He created the platform to make unit conversions simple and intuitive for professionals and everyday users.
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Frequently Asked Questions
What is the density of water?
1000 kg/m� (1 g/cm�) at 4�C.
How do I convert g/cm� to kg/m�?
Multiply g/cm� by 1000.
What is the difference between density and specific gravity?
Density has units; specific gravity is dimensionless.