Mix solutions using ratios, percentages, or dilution targets. See component volumes, totals, and strength instantly. Export records and visualize proportions through an interactive chart.
Total Prepared Batch = Desired Final Batch × (1 + Loss% / 100)
Component A = Total Prepared Batch × A Parts / (A Parts + B Parts)
Component B = Total Prepared Batch × B Parts / (A Parts + B Parts)
Component A = Total Prepared Batch × Percentage / 100
Component B = Total Prepared Batch − Component A
C1V1 = C2V2
V1 = (C2 × V2) / C1
Diluent = V2 − V1
These formulas assume compatible chemicals, consistent units, and standard mixing conditions. Always verify safety, density effects, and chemical compatibility before production.
| Mode | Inputs | Key Result |
|---|---|---|
| Parts Ratio Mixing | Acid:Water = 1:4, Final Batch = 50 L | Acid = 10 L, Water = 40 L |
| Percentage Strength Mixing | Solute = 20%, Final Batch = 200 mL | Solute = 40 mL, Solvent = 160 mL |
| Dilution Formula | C1 = 40%, C2 = 10%, Final Batch = 1000 mL | Stock = 250 mL, Diluent = 750 mL |
A chemical mixing ratio shows how much of each component goes into a final blend. It can be expressed as parts, percentages, or concentrations, depending on the process requirement and the available formulation data.
Use parts ratio mode when a formulation is written like 1:2, 2:3, or 5:1. The calculator converts those parts into actual amounts based on the final batch size you enter.
Percentage strength mode is useful when one ingredient must make up a fixed share of the finished batch, such as 10%, 25%, or 60%. It directly returns component quantities from the chosen percentage.
That equation keeps the amount of active substance constant before and after dilution. It is widely used when preparing lower concentrations from a stronger stock solution using water or another compatible diluent.
The process loss field adds extra batch quantity to cover transfer loss, hold-up, evaporation, or handling waste. It helps you prepare enough material so the delivered final amount still meets your target.
Yes. You may use g or kg when your formulation is mass-based. Just keep all entries in matching units. Do not mix mass and volume units unless you separately account for density conversions.
They are planning results only. You should still verify compatibility, heat generation, density effects, order of addition, container limits, and workplace safety rules before making any real chemical batch.
A higher target concentration cannot be reached by simple dilution. You would need a stronger stock solution, evaporation, or another concentration step. The calculator blocks that invalid dilution input automatically.
Important Note: All the Calculators listed in this site are for educational purpose only and we do not guarentee the accuracy of results. Please do consult with other sources as well.