What formula is used for the cross-sectional area?

For an L-section the cross-section area is A = T × (legA + legB − T). This accounts for the two legs and subtracts the corner overlap counted twice.

Which nickel alloys are supported?

The tool includes Nickel 200/201 (8.89 g/cm³), Monel 400 (8.83 g/cm³), Monel K-500 (8.44 g/cm³), Inconel 600 (8.47 g/cm³), Inconel 625 (8.44 g/cm³), Inconel 718 (8.19 g/cm³), Hastelloy C-276 (8.89 g/cm³), Hastelloy C-22 (8.69 g/cm³), Incoloy 825 (8.14 g/cm³), and a custom density option.

Can I use inches and feet instead of mm and meters?

Yes. Switch the unit toggle to Imperial. Leg dimensions are in inches, length in feet, and the result is shown in lb and kg.

Does the formula handle unequal leg angles?

Yes. Enter different values for leg A and leg B. When both legs are equal you have an equal-leg angle; when they differ it is an unequal-leg angle — the formula handles both identically.

How accurate is the result?

The formula gives the theoretical weight based on nominal dimensions and alloy density. Real bars may differ slightly due to manufacturing tolerances (typically ±2.5% per ASTM B160/B164).

Nickel Angle Weight Calculator

Name: Nickel Angle Weight Calculator
Availability: InStock
Author: Nham Vu

Calculate the weight of a nickel alloy angle bar (L-profile) from leg widths, thickness, and length.

Angle Bar Inputs

Units:

Nickel Alloy Grade

Leg A (mm)

Leg B (mm)

Thickness T (mm)

Length (m)

Quantity (bars)

Weight Result

Fill in the inputs and click Calculate.

L-Section Diagram

Cross-section area = T × (Leg A + Leg B − T)

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Summary

Calculate the weight of a nickel alloy angle bar (L-profile) from leg widths, thickness, and length.

How it works

Select the nickel alloy grade from the dropdown (or enter a custom density).
Enter leg width A and leg width B (in mm or inches).
Enter the wall thickness T (same unit as legs).
Enter the bar length (in meters or feet).
Click Calculate — the tool computes the cross-sectional area, then multiplies by density and length to return weight in kg and lb.

Use cases

Estimate material weight for nickel alloy structural fabrications.
Calculate shipping weight for angle bar orders.
Verify mill test certificate cross-section data.
Compare weights across different nickel alloy grades for cost analysis.
Input into load or stress calculations requiring mass data.
Generate weight tables for procurement and BOM sheets.

Frequently Asked Questions

Last updated: 2026-06-11 · Reviewed by Nham Vu