What formula is used to calculate titanium round bar weight?

The formula is: Weight = (π ÷ 4) × Diameter² × Length × Density. The diameter and length are converted to meters, multiplied to get volume in m³, then multiplied by the titanium grade density (kg/m³) to get weight in kilograms.

What is the density of titanium?

Commercially pure titanium (Grade 1 and 2) has a density of approximately 4510 kg/m³ and 4507 kg/m³ respectively. The widely used Ti-6Al-4V (Grade 5) alloy is slightly less dense at 4430 kg/m³ due to the aluminum and vanadium content.

Does this support both metric and imperial units?

Yes. Diameter can be entered in mm, cm, or inches. Length can be entered in meters, mm, feet, or inches. All values are converted internally before calculation.

Can I calculate the total weight for multiple bars?

Yes. Enter the number of bars in the Quantity field and the calculator will show both the per-bar weight and the total weight for all bars combined.

What is the difference between Grade 2 and Grade 5 titanium?

Grade 2 is commercially pure titanium (density 4507 kg/m³) and is used where corrosion resistance and formability are important. Grade 5 (Ti-6Al-4V) is an alloy with higher strength and slightly lower density (4430 kg/m³), making it the most widely used titanium alloy in aerospace and medical applications.

Why is titanium lighter than steel but still considered heavy?

Titanium (≈4507 kg/m³) is about 56% the density of steel (≈7850 kg/m³), making it significantly lighter for the same volume. However, it is still roughly 1.67 times denser than aluminum (≈2700 kg/m³), so titanium bars are heavier than equivalent aluminum bars.

Titanium Round Bar Weight Calculator

Name: Titanium Round Bar Weight Calculator
Availability: InStock
Author: Nham Vu

Enter diameter and length to instantly calculate titanium round bar weight in kg and lb.

Bar Dimensions

Diameter

Length

Titanium Grade

Quantity (bars)

Formula Reference

W = (π / 4) × D² × L × ρ

Where D = diameter (m), L = length (m), ρ = titanium grade density (kg/m³), W = weight (kg).

Enter dimensions on the left and click Calculate.

Titanium Grade Densities

Grade	Designation / Use	kg/m³	lb/in³
Grade 1	CP — Highest Formability	4510	0.1629
Grade 2	CP — General Purpose	4507	0.1628
Grade 3	CP — Medium Strength	4480	0.1618
Grade 4	CP — Highest Strength CP	4510	0.1629
Grade 5	Ti-6Al-4V — Aerospace	4430	0.1600
Grade 7	Ti-0.2Pd — Corrosion Resistant	4480	0.1618
Grade 23	Ti-6Al-4V ELI — Medical	4420	0.1596

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Summary

Enter diameter and length to instantly calculate titanium round bar weight in kg and lb.

How it works

Enter the bar diameter in millimeters, inches, or centimeters.
Enter the bar length in meters, millimeters, feet, or inches.
Select the titanium grade from the dropdown.
Optionally enter a quantity for multiple bars.
The calculator applies W = (π/4) × D² × L × ρ and shows weight in kg and lb.
Click Copy to save the result to your clipboard.

Use cases

Estimating titanium material weight for aerospace and medical device projects.
Calculating freight and shipping weight for titanium bar orders.
Comparing titanium grade weights to optimize component design.
Preparing bill of materials (BOM) for CNC machining and precision manufacturing.
Verifying load limits on handling and lifting equipment for dense alloys.
Cost estimation for titanium stock purchases priced by weight.
Material planning for additive manufacturing and forging operations.
Structural calculations for marine and chemical processing applications.

Frequently Asked Questions

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