Ink Mixing Calculator

Ink Mixing Calculator calculator can be used to mix different inks by specifying their volumes and concentrations to calculate the resulting mixture properties.

Input Parameters

Ink 1

Ink 2

Calculation Results

Calculation Formula

The resulting ink concentration is calculated as:

Cresult = (V1 × C1 + V2 × C2) / (V1 + V2)

Where:
Cresult = Resulting concentration (%)
V1 = Volume of Ink 1 (ml)
C1 = Concentration of Ink 1 (%)
V2 = Volume of Ink 2 (ml)
C2 = Concentration of Ink 2 (%)

Resulting Mixture

Total Volume (ml)

0.00

Resulting Concentration (%)

0.00

Individual Ink Contributions

Ink 1 Contribution (ml)

0.00

Ink 2 Contribution (ml)

0.00

Ink Mixing Calculator Calculator Usage Guide

Learn how to use the Ink Mixing Calculator calculator and its working principles

How to Use the Calculator

  1. Enter the volume (in ml) and concentration (%) for the first ink in the "Ink 1" section.
  2. Enter the volume (in ml) and concentration (%) for the second ink in the "Ink 2" section.
  3. Click the "Calculate" button to compute the resulting mixture properties.
  4. The calculator will display the total volume of the mixture, the resulting concentration, and the percentage contribution of each original ink.

Example

Suppose you want to mix:

  • 200 ml of Ink 1 at 30% concentration
  • 300 ml of Ink 2 at 50% concentration

When you enter these values and click "Calculate", the calculator will show:

  • Total volume: 500 ml
  • Resulting concentration: 40.00%
  • Ink 1 contribution: 24.00%
  • Ink 2 contribution: 56.00%

Principle

The calculator uses the principle of concentration-weighted averaging. When mixing two inks, the resulting concentration is a weighted average of the individual concentrations, where the weights are proportional to the volumes of each ink.

Important Notes

  • Ensure that the concentration values are entered as percentages (e.g., 30 for 30%).
  • The calculator assumes that the volumes are additive and does not account for any volume change when mixing (e.g., due to evaporation).
  • For more complex mixing scenarios with multiple inks, you may need to perform sequential calculations or use more advanced mixing techniques.