Aluminum Extrusion & Profile Manufacturing calculator

Aluminum Profile Pounds per Foot Calculator Calculator

Pounds per foot is a core value for quoting aluminum extrusions because it drives order weight, billet requirements, finishing cost, freight, and customer price. This calculator estimates the effective weight per foot from a measured sample or production run and applies an acceptance or recovery percentage.

What this calculator does

  • Estimate effective profile weight per foot from net extruded weight, measured length, and an adjustment for accepted length or recovery.
  • an estimator or profile designer needs to validate profile weight before quoting or ordering material
  • Returns a planning profile weight per foot for costing, quoting, order weight, and shipment planning.

Formula used

  • Measured profile pounds per foot = net profile sample weight ÷ measured profile sample length
  • Effective profile pounds per foot = measured pounds per foot × accepted length or recovery adjustment

Inputs explained

  • Pounds Per Foot completed output: undefined
  • Pounds Per Foot runtime: undefined
  • Pounds Per Foot efficiency: undefined

How to use the result

  • Use it for channels, angles, tubes, rails, heat sinks, T-slots, frames, and architectural or transportation profiles.
  • The estimate depends on sample accuracy, alloy density, wall thickness tolerance, die wear, anodizing or paint weight, and whether scrap length is included.

Common questions

  • What information do I need for pounds per foot? You need a net sample or run weight, the measured profile length represented by that weight, and any recovery or accepted-length adjustment.
  • Can I use kilograms per meter? Yes, if both weight and length inputs use metric units consistently, but update the result interpretation to kg/m rather than lb/ft.
  • What does the result tell me? It estimates how heavy each foot of extruded profile is after the adjustment, which is a key driver of material cost and order weight.
  • How can I use this in a quote? Use it to calculate order weight, compare design alternatives, estimate billet demand, set sell price per foot, and check freight weight.

Last reviewed 2026-05-12.