How do you calculate cost per meter for a pultruded profile?

Multiply meters pulled by the fully-loaded cost per meter, apply your allocation factor, then add the fixed tooling charge; divide by meters for the unit cost. With 100 m, $45/m loaded, 80% allocation, and $250 tooling, the total is $3,850 and cost per meter is $38.50.

What is the difference between cost per meter and cost per foot?

Only the length unit. One meter is about 3.28 feet, so a cost of $38.50 per meter is roughly $11.74 per foot for the same profile. Quote in the unit your customer's drawings and contracts use to avoid conversion errors.

What is a good cost per meter for pultruded rebar or rod?

Simple glass-reinforced rod and rebar are commodity items and often land at a few dollars per meter, while carbon-reinforced or complex hollow profiles run far higher. The $38.50/m in the example reflects a complex or short-run profile, not commodity rebar.

Why does the fixed tooling charge matter so much?

Because it does not scale with length. Over 100 m the $250 tooling adds $2.50/m, but over 1,000 m it adds only $0.25/m. This is why pultruders push customers toward longer, consolidated runs.

What does the allocation factor represent?

It is the share of total run cost genuinely attributable to this profile when a line, creel, or crew is shared. The example's 80% converts $4,500 of gross run cost into $3,600 allocated to the profile before tooling is added.

Should die amortization go in the loaded rate or the fixed charge?

Put one-time die prep and setup in the fixed tooling charge. If you are amortizing a die's capital cost across its life, fold that into the loaded per-meter rate instead so it scales with production.

Pultrusion & Continuous Composite Profiles calculator

Profile Cost Per Meter Calculator

Profile cost per meter is the metric-unit total cost of producing one meter of a pultruded composite profile, blending material, conversion, and tooling. Pultruders serving rail, European construction, and aerospace markets quote in meters, so this figure feeds directly into contracts and framework agreements. It captures the reality that a continuous line has both length-scaling costs (resin, roving, energy) and fixed per-run costs (die prep, tooling) that must be amortized across the meters produced. Estimators and cost engineers lean on it to sanity-check quotes and to compare profiles across a catalog.

What this calculator does

Profile cost per meter is the metric-unit total cost of producing one meter of a pultruded composite profile, blending material, conversion, and tooling.
Use it when profile cost per meter in pultrusion and continuous composite profiles is being put through a pultrusion and continuous composite profiles weighted-cost review.
It computes the total cost of a pultrusion run and the resulting cost per meter by weighting a loaded per-meter cost against an allocation factor and adding a fixed tooling charge.

Formula used

Profile Cost Per Meter cost = quantity × rate × capture factor + fixed cost
Per-unit profile cost per meter = total cost ÷ quantity

Inputs explained

Meters pulled per run:
Fully-loaded cost per meter (material plus conversion):
Cost-allocation factor (share of run cost on this profile):
Fixed die and tooling charge per run:

How to use the result

Use it when quoting metric-drawn profiles, negotiating volume framework agreements, or comparing the unit economics of similar cross-sections.
It assumes a single blended cost-per-meter input; if your material and conversion costs move independently (for example a resin price spike), you should re-derive the loaded rate rather than trusting a stale figure.

Current U.S. benchmarks

The producer price index for plastic resins and materials stands at 319.371 (BLS, May 2026), up 19.5% from a year earlier. Quotes priced off last quarter's material cost miss this move.

Common questions

How do you calculate cost per meter for a pultruded profile? Multiply meters pulled by the fully-loaded cost per meter, apply your allocation factor, then add the fixed tooling charge; divide by meters for the unit cost. With 100 m, $45/m loaded, 80% allocation, and $250 tooling, the total is $3,850 and cost per meter is $38.50.
What is the difference between cost per meter and cost per foot? Only the length unit. One meter is about 3.28 feet, so a cost of $38.50 per meter is roughly $11.74 per foot for the same profile. Quote in the unit your customer's drawings and contracts use to avoid conversion errors.
What is a good cost per meter for pultruded rebar or rod? Simple glass-reinforced rod and rebar are commodity items and often land at a few dollars per meter, while carbon-reinforced or complex hollow profiles run far higher. The $38.50/m in the example reflects a complex or short-run profile, not commodity rebar.
Why does the fixed tooling charge matter so much? Because it does not scale with length. Over 100 m the $250 tooling adds $2.50/m, but over 1,000 m it adds only $0.25/m. This is why pultruders push customers toward longer, consolidated runs.
What does the allocation factor represent? It is the share of total run cost genuinely attributable to this profile when a line, creel, or crew is shared. The example's 80% converts $4,500 of gross run cost into $3,600 allocated to the profile before tooling is added.

Last reviewed 2026-05-12.