Explore our collection of 150+ developer tools, PDF editors, and image converters. Everything runs locally in your browser.
Ubify Media & Design Operations
UI/UX & DIGITAL MEDIA SPECIALISTS
About This Tool
This fabrication and welding utility evaluates comparative cylinder gas capacity and torch flow rates for MIG and TIG processes. Enter cylinder gas volume 1, flow rate factor 2, and reference divisor 3.
Note on implementation: this interactive component evaluates a proportional index ratio (val1 × val2 / val3), a geometric root factor sqrt(val1 × val2), and a flow proportion percentage (val1 / (val1 + val2) × 100). It serves as a comparative three-parameter calculation model rather than a gas compressibility simulator. All calculations evaluate entirely on-device inside your browser.
How to Use
- 1
Enter the shielding gas cylinder volume in cubic feet into the Value 1 field.
- 2
Enter the torch gas flow rate in cubic feet per hour (CFH) into the Value 2 field.
- 3
Set the reference arc duty cycle or loss divisor into the Value 3 field.
- 4
Review the calculated proportional gas index, geometric root consumption factor, and flow distribution percentage.
Frequently Asked Questions
Does this calculator evaluate exact argon/CO2 cylinder tank life in hours?
No. The calculator evaluates a three-parameter proportional ratio index model. For actual welding tank duration, divide cylinder volume (scf) by torch flow rate (scfh) multiplied by arc-on duty cycle.
How is the primary gas index computed?
The primary index is computed as (Value 1 × Value 2) / max(0.01, Value 3), providing a normalized comparative metric across cylinder sizes.
Are shop fabrication parameters sent to a server?
No. All calculations run strictly in your local browser session using client-side JavaScript.