Step 1
Enter the planned grams of A and B for one batch, using a verified mass calculation.
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.
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
A cost = A grams ÷ 1,000 × A price/kg. B cost follows the same rule. Total cost = (A cost + B cost + entered other cost) × batch count.
Worked example
With 200 g of A at 20 per kg and 100 g of B at 30 per kg, material cost is 4 + 3 = 7 per batch. An entered extra cost of 1 makes 8; five identical batches total 40 in the chosen currency.
Step 2
Enter your cost per kilogram for each material and any other known cost per batch.
Step 3
Choose an integer batch count and one currency label. Review per-batch and complete-run totals.
Does this calculate a sale price or profit?
No. It totals the material quantities, prices and extra cost you enter. Taxes, shipping, labor, packaging and waste are included only if you explicitly add them.
Does changing currency convert a price?
No. The currency is a label. Enter every price in the same currency; no exchange-rate lookup is performed.
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 tool02
Volume & weight
Convert volume to mass, or mass to volume, using the density you enter from the matching product data.
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 tool