Research simulator — not calibrated for factory production. Results are research simulations, not dyeing recipes.
DyeFlow LabTEXTILE DYEING RESEARCH
Industrial dashboard

Results, in plain language

A complete view of your latest simulation: what happened to the dye, how certain the numbers are, and what the model cannot tell you.

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Research simulation
Bath exhaustion—Dye that has left the bath by the end
Dye remaining in bath—Share of the starting dye
Dye transferred into textile—Pores + fiber region
Long-run limit—Equilibrium exhaustion
Half-way to the limit—Time to 50% of equilibrium
90% exhaustion—Time to 90% of the starting dye leaving the bath
New simulation

What happened to the dye

    Exhaustion is not fixation

    These numbers describe dye that has left the bath and entered the textile’s pores and fiber region. That is not the same as dye permanently fixed to the fabric. Some of it may wash out. Shade, colour strength, fastness and fixation need laboratory measurement.

    Uptake curves

    Dye remaining in the bath and dye that has left it, as % of the starting dye

    Where is the dye?

    Share of the starting dye in the bath, the textile pores (void) and the fiber region — always adds up to 100%

    Mass-conservation diagnostic

    log₁₀ of the absolute mass-balance residual at each sample

    Numerical checks

    These checks confirm the arithmetic is self-consistent. They are not an experimental validation.

    Compare recent runs

    Bath exhaustion curves of your last runs that share the same time unit (stored only in this browser)

    RunSourceExhaustionLimitDuration

    Inputs and model parameters

    Model parameters (dimensionless)

    Recorded inputs