How do you calculate aluminum profile cost per pound?

Multiply order weight by the cost per pound and the included share to get variable cost, add the fixed die/setup charge, then divide total cost by weight. Here 12,000 lb x $3.85 x 100% = $46,200 variable, plus $1,800 fixed = $48,000 total, or $4.00 per pound effective.

What is a typical cost per pound for extruded aluminum profile?

It varies with alloy and complexity, but loaded costs commonly land between roughly $2.50 and $5.00 per pound on standard 6063 shapes, driven mostly by the metal price plus a conversion adder. The $3.85 input here reflects a mid-range loaded rate before the die charge is spread in.

Why is the effective cost per pound higher than the input rate?

Because the fixed die, setup, or finishing charge is spread over the weight. The $3.85 input becomes $4.00 effective once the $1,800 fixed charge is divided across 12,000 lb, adding about 15 cents per pound.

What does the included cost share do?

It scales the variable portion so you can model only the share of cost you are capturing or quoting — for example billing 80% of metal on a tolling arrangement. At 100% the full cost per pound flows through.

How do fixed die charges affect small orders?

Heavily. The same $1,800 die charge spread over 12,000 lb adds 15 cents per pound, but over 2,000 lb it adds 90 cents — which is why short runs of custom profiles carry much higher effective cost per pound.

Cost per pound vs cost per foot for extrusions?

Cost per pound is the buying and accounting unit; cost per foot is what many customers see. Convert with the profile's weight per foot — a heavier section costs more per foot at the same dollars per pound.

Aluminum Extrusion & Profile Manufacturing calculator

Aluminum Profile Cost per Pound Calculator

Cost per pound is the currency of the extrusion business — billet is bought by the pound, profile is sold by the pound, and every quote, conversion margin, and standard cost rolls up from a dollars-per-pound figure. This calculator builds a total order cost from extruded weight, the loaded cost per pound, the share of that cost actually included in the line, and a fixed charge for die, setup, or finishing that does not scale with weight. Estimators and sales engineers use it to quote, and cost accountants use it to set standards and check conversion margin against the LME-plus-Midwest metal cost. Because fixed die and setup charges are spread over the order, the effective cost per pound only makes sense once you know the weight.

What this calculator does

Estimate total aluminum profile cost from order weight, cost per pound, cost capture share, and fixed extrusion, finishing, or setup charges.
an estimator needs to build a practical cost basis for an aluminum extrusion quote
It computes variable profile cost as weight times cost per pound times the included share, then adds a fixed die, setup, or finishing charge to get total order cost and the effective cost per pound.

Formula used

Variable profile cost = extruded profile order weight × profile cost per pound × included cost share
Total aluminum profile cost = variable profile cost + fixed setup, die, or finishing charge

Inputs explained

Extruded profile order weight:
Profile cost per pound:
Included cost share:
Fixed setup, die, or finishing charge:

How to use the result

Use it when quoting an order, validating a standard cost, or deciding how much of a fixed die charge a given run can absorb.
It assumes a single blended cost per pound; if metal, conversion, and finishing carry very different rates or scrap recovery credits, model those separately rather than burying them in one number.

Current U.S. benchmarks

The producer price index for aluminum mill shapes stands at 404.859 (BLS, May 2026), up 36.8% from a year earlier. Quotes priced off last quarter's material cost miss this move.
The U.S. has 3,569 primary metal manufacturing establishments employing about 354,911 workers (Census County Business Patterns, 2023).

Common questions

How do you calculate aluminum profile cost per pound? Multiply order weight by the cost per pound and the included share to get variable cost, add the fixed die/setup charge, then divide total cost by weight. Here 12,000 lb x $3.85 x 100% = $46,200 variable, plus $1,800 fixed = $48,000 total, or $4.00 per pound effective.
What is a typical cost per pound for extruded aluminum profile? It varies with alloy and complexity, but loaded costs commonly land between roughly $2.50 and $5.00 per pound on standard 6063 shapes, driven mostly by the metal price plus a conversion adder. The $3.85 input here reflects a mid-range loaded rate before the die charge is spread in.
Why is the effective cost per pound higher than the input rate? Because the fixed die, setup, or finishing charge is spread over the weight. The $3.85 input becomes $4.00 effective once the $1,800 fixed charge is divided across 12,000 lb, adding about 15 cents per pound.
What does the included cost share do? It scales the variable portion so you can model only the share of cost you are capturing or quoting — for example billing 80% of metal on a tolling arrangement. At 100% the full cost per pound flows through.
How do fixed die charges affect small orders? Heavily. The same $1,800 die charge spread over 12,000 lb adds 15 cents per pound, but over 2,000 lb it adds 90 cents — which is why short runs of custom profiles carry much higher effective cost per pound.

Last reviewed 2026-05-12.