Click save settings to reload page with unique web page address for bookmarking and sharing the current tool settings, or click swap units to quickly exchange the selected units.
Featured chemical resistant products
Chemical Resistant Hydrostatic Liquid Level & Pressure Sensors - Find durable hydrostatic liquid level and pressure sensors designed for harsh chemical environments. Ideal for storage tanks and process applications requiring high corrosion resistance.
LMK 806 Plastic 21mm diameter Submersible Level Probe - The chemical resistant LMK806 submersible level probe is designed for use in confined spaces with aggressive media.
Related Tools
- Amount of substance unit converter
- Volume unit converter
- Molar mass converter
- Molar volume converter
- Molality converter
User Guide
This molarity (c) units conversion tool will convert values for the number of moles of solute per unit volume of solution, into any combination of molar amount or volumetric units.
Molarity, which is also known as molar concentration, is a measure of the total number of moles of solute, or the equivalent molar value in a quantity of solute, divided by the total volume of the solution.
The SI unit used for molarity is moles per cubic metres (mol/m³).
In addition to the common units used for calculating molar concentration, such as moles per cubic decimetres (mol/dm³), kilomoles per cubic metre (kmol/m3), or moles per litre (mol/L), you can also select other molar amount units combined with volumetric units, which are not typically used in calculating molarity values.
Featured chemical resistant products
Corrosive Chemical Compatible Flush Diaphragm Liquid Level Sensors - These sensors are designed to withstand aggressive chemicals while providing accurate and stable level readings, ensuring process integrity and preventing contamination.
Oilfield chemical injection system remote wireless pressure monitor - Wireless pressure sensing system with cellular data transmission for monitoring chemical injection manifolds on remote oilfield wells.
