Step 1
Choose whether your known amount is a volume or a mass and select its unit.
Volume & weight
Convert volume to mass, or mass to volume, using the density you enter from the matching product data.
MIXKIND / WORKSPACE
Your project, in numbers
Live estimate
Enter the required product data to see a result.
Use the manufacturer’s instructions for the exact product. This calculator does not recommend a formulation, cure schedule, pouring depth or chemical handling procedure.
MIXKIND / THE METHOD
How to use this tool
Mass in g = volume in mL × density in g/mL. Volume in mL = mass in g ÷ density in g/mL.
Worked example
For an arithmetic example only, 500 mL at an entered density of 1.1 g/mL has a mass of 550 g. Conversely, 550 g at that density occupies 500 mL.
Step 2
Read the density for the exact component or mixed product you are measuring. Enter it in g/mL.
Step 3
Review both mass and volume. The tool does not infer a density or an A:B ratio.
Can I use a single standard resin density?
No. Enter the density for your product and material state. Component A, component B and the mixed product can have different densities.
Is the result a cured casting weight?
It is the conversion implied by the entered density. The tool does not model curing, shrinkage, evaporation, inclusions or process losses.
MIXKIND / TOOLKIT
Four ways to plan the same project.
01
Mold volume
Calculate rectangular or cylindrical mold cavity volume using inside dimensions, quantity and your chosen extra allowance.
Open tool03
A:B mix ratio
Split a known total or a known amount of part A using the exact A:B ratio and mass or volume basis specified by your product.
Open tool04
Batch cost
Add up known masses of A and B, your material prices and the number of identical batches. No live prices or currency conversion.
Open tool