About MetalWeightPro
Built for engineers, fabricators, contractors, and procurement teams who need fast, accurate metal weight estimates
What is MetalWeightPro?
MetalWeightPro is a free, browser-based collection of metal and steel engineering calculators. Our tools support 8 common metal materials and 8 structural section types — from simple round bars to complex channel sections, hollow sections (SHS/RHS), angle irons, and pipes.
All calculations are performed instantly in your browser. No data is sent to any server, no account is required, and the tool is free forever.
Who Uses This Tool?
| User Type | Typical Use Case |
|---|---|
| Structural & Civil Engineers | Estimating material weight for load calculations and procurement |
| Fabricators & Welders | Costing materials and planning jobs from cut lists |
| Contractors & Site Managers | Logistics and transport weight planning |
| Procurement & Purchasing Teams | Verifying supplier weights and generating accurate BOMs |
| Students & Trainees | Learning section properties and engineering formulas |
Why We Built This
Most metal weight calculators online are outdated, slow, bloated with ads, or require registration. We built MetalWeightPro to be the tool we wished existed: fast, clean, accurate, and mobile-friendly.
Every formula is based on standard cross-sectional geometry. Density values follow IS, ASTM, and BS engineering standards. The interface is designed to work just as well on a phone at a job site as on a desktop in an office.
Available Tools
| Tool | Description |
|---|---|
| Metal & Steel Weight Calculator | Calculate weight of any metal section — 8 materials, 8 section types, metric and imperial |
| Pipe & Bar Cut List Optimizer | Find the optimal cutting plan from stock bars with minimum waste and visual diagram |
| Pipe Notching Calculator | Calculate notch geometry for pipe-to-pipe and pipe-to-flat joins at any angle |
About the Author
Param Mehta is an electrical engineer and manufacturing professional based in Surat, Gujarat. He holds a Master of Engineering in Power Systems from G.H. Patel College of Engineering & Technology, V.V. Nagar, and a Bachelor of Engineering in Electrical Engineering from Atmiya Institute of Technology & Science, Rajkot.
With nearly a decade of hands-on experience in production management and business development at Y-SON Urban Lighting and Led Shop India, Param has worked directly with steel fabricators, structural contractors, and material procurement teams across South Gujarat. His work involves preparing Bills of Materials, coordinating with fabrication workshops, and sourcing structural steel sections for lighting infrastructure projects across the region.
Prior to this, he worked as a Sales Engineer at Luker Electric Technologies, where he coordinated with architects, consultants, and contractors on structural and electrical project specifications — gaining direct exposure to the IS-code-driven procurement processes used by Indian fabrication and construction companies.
MetalWeightPro was built from the frustration of not having a fast, accurate, mobile-friendly reference tool on job sites and in workshop offices. Param has also published two peer-reviewed research papers in IEEE conferences (ISSP 2017, ICICICT 2017) on electrical engineering, and brings the same rigour to the technical content on this site.
Connect on LinkedIn: linkedin.com/in/theparammehta
Editorial Standards
Every article and reference table on MetalWeightPro is cross-checked against the relevant Bureau of Indian Standards (BIS) publication before publication — including IS 808:1989 for structural steel sections, IS 1786:2008 for TMT bars, IS 1239 for MS pipes, IS 4923:1997 for hollow sections, and IS 2062:2011 for structural steel grades.
Weight values are derived from the exact geometric formulas specified in the respective IS codes, not from third-party approximations. Manufacturer-specific data (Tata Tiscon, APL Apollo, JSW, SAIL, Jindal, Kamdhenu) is cross-referenced against published brand specifications and IS tolerances.
If you find an error in any published data, please contact us and it will be reviewed and corrected within 48 hours.
Accuracy & Standards
All formulas are based on exact cross-sectional geometry. Density values follow international standards: IS 1977 / IS 2062 (India), ASTM A36 (USA), and BS EN 10025 (Europe). Results are suitable for estimation and procurement planning.
For safety-critical structural design, always have results verified by a qualified civil or structural engineer. See our Disclaimer for full details.