Copper Channel Weight Calculator

Enter web height, flange width, wall thickness, and length of a copper C-channel to get the weight in kg and lbs instantly.

Channel Dimensions

Vertical back wall of the C-section.

Horizontal projecting lip (top and bottom, assumed equal).

Uniform thickness of web and both flanges.

Formula Reference

Area = t × (H + 2F − 2t)
Weight = Area × Length × ρ

Where H = web height (m), F = flange width (m), t = wall thickness (m), L = length (m), ρ = density (kg/m³).

C-Section Diagram

H F t

Enter channel dimensions on the left and click Calculate.

Copper Alloy Densities

Alloy kg/m³ lb/in³
C11000 ETP Copper89400.323
C10100 OFE Copper89300.322
C12200 DHP Copper88900.321
C26000 Brass 70/3085300.308
C28000 Brass 60/4084900.307
C17200 BeCu88000.318
C63000 Al Bronze87800.317
C14500 Te-Copper89100.322
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Summary

Enter web height, flange width, wall thickness, and length of a copper C-channel to get the weight in kg and lbs instantly.

How it works

  1. Enter the web height (H) — the vertical back wall of the copper C-section.
  2. Enter the flange width (F) — the horizontal projecting lip at the top and bottom.
  3. Enter the wall thickness (t) — uniform thickness of both the web and flanges.
  4. Enter the total bar length.
  5. Select the copper alloy from the dropdown, or choose Custom Density to enter your own value.
  6. Optionally enter a quantity for multiple channel bars.
  7. Click Calculate — the tool applies Weight = t × (H + 2F − 2t) × Length × Density and displays results in kg and lbs.

Use cases

  • Estimating copper bus bar and electrical conductor weight for panel and switchgear design.
  • Calculating shipping and freight weight for copper channel orders.
  • Bill of materials (BOM) preparation for copper fabrication and plumbing projects.
  • Comparing channel sizes to find the most cost-effective design for a given application.
  • Verifying theoretical weight against supplier mill certificates and purchase orders.
  • Checking rigging and lifting load limits before hoisting heavy copper sections.
  • Cost estimation when pricing copper by weight for procurement and budgeting.
  • Academic and engineering exam calculations involving dense non-ferrous metals.

Frequently Asked Questions

Last updated: 2026-07-01 · Reviewed by Nham Vu