How do you calculate pigment usage?

Multiply the pigment metering rate by the dispersion run time. At 45 lb/hr for 3.5 hours you consume 157.5 lb of pigment, and at $6.20/lb that's $976.50 of pigment in the batch.

How do I find pigment cost for a batch?

Multiply consumed pounds by the pigment cost per pound. The 157.5 lb in the example at $6.20/lb gives $976.50 — the pigment-only spend before resin, solvent, and additives.

What is a typical pigment loading in an ink or coating?

It varies widely by chemistry: high-strength carbon black or phthalo blues may load at 5-15% while titanium dioxide whites can exceed 20%. This calculator works from your actual metering rate rather than a target percentage.

Why use metering rate instead of a target percentage?

Rate times time reflects what the feeder actually delivered, which is what draws down inventory and drives cost. Target percentages assume perfect dosing; the rate-based number catches drift before it shows up as off-shade product.

Does this include dispersion losses?

No — it assumes the full metered amount ends up in the batch. Real runs lose pigment to filter cake, equipment retention, and partial bags, so add a few percent when forecasting purchases.

How can I lower pigment cost per batch?

Improve dispersion efficiency so you hit target color strength at lower loading, switch to a higher-tint-strength grade, and minimize partial-bag waste. Trimming the rate from 45 to 42 lb/hr on this run would save about 10.5 lb and roughly $65.

Coatings, Inks & Specialty Chemical Production calculator

Pigment Usage Calculator

Pigment Usage tells a dispersion operator or formulation chemist exactly how many pounds of pigment a mill or high-speed disperser consumes over a run, and what that pigment costs. Pigment is almost always the most expensive line in an ink, paint, or coating formula, so tracking consumed pounds against run time is how color labs forecast inventory, cost batches, and spot a feeder that's over- or under-dosing. It matters because pigment loading drives both color strength and cost — a half-pound-per-hour drift on a high-value organic pigment can swing batch cost by hundreds of dollars. This calculator turns a metering rate and a run time into the two numbers you actually manage: pounds consumed and dollars spent.

What this calculator does

Estimate pigment consumption and cost from pigment addition rate, dispersion or batch time, and pigment unit cost.
planning pigment purchases, checking batch-ticket additions, or comparing pigment loading in alternate formulas
It computes pigment pounds consumed as metering rate times dispersion run time, then multiplies by pigment cost per pound to give total pigment spend.

Formula used

Pigment Usage consumed = pigment addition rate × dispersion or addition time
Pigment Usage cost = pigment usage consumed × pigment cost per pound

Inputs explained

Pigment metering rate into the mill:
Dispersion or letdown run time:
Pigment cost per pound:

How to use the result

Use it when planning a dispersion or letdown run, reconciling pigment inventory draw-down, or costing the pigment portion of a coating or ink formula.
It assumes a steady metering rate for the whole run, so it won't capture surges, feeder hang-ups, or the partial-bag waste that inflates real pigment consumption.

Current U.S. benchmarks

Industrial electricity averages 8.66 cents per kWh across the U.S. (EIA, Apr 2026), up 5.5% from a year earlier. Energy-intensive steps carry this directly into unit cost.
The producer price index for industrial chemicals stands at 344.336 (BLS, May 2026), up 16.1% from a year earlier. Quotes priced off last quarter's material cost miss this move.
The U.S. has 14,543 chemical manufacturing establishments employing about 911,245 workers (Census County Business Patterns, 2023).

Common questions

How do you calculate pigment usage? Multiply the pigment metering rate by the dispersion run time. At 45 lb/hr for 3.5 hours you consume 157.5 lb of pigment, and at $6.20/lb that's $976.50 of pigment in the batch.
How do I find pigment cost for a batch? Multiply consumed pounds by the pigment cost per pound. The 157.5 lb in the example at $6.20/lb gives $976.50 — the pigment-only spend before resin, solvent, and additives.
What is a typical pigment loading in an ink or coating? It varies widely by chemistry: high-strength carbon black or phthalo blues may load at 5-15% while titanium dioxide whites can exceed 20%. This calculator works from your actual metering rate rather than a target percentage.
Why use metering rate instead of a target percentage? Rate times time reflects what the feeder actually delivered, which is what draws down inventory and drives cost. Target percentages assume perfect dosing; the rate-based number catches drift before it shows up as off-shade product.
Does this include dispersion losses? No — it assumes the full metered amount ends up in the batch. Real runs lose pigment to filter cake, equipment retention, and partial bags, so add a few percent when forecasting purchases.

Last reviewed 2026-05-12.