3 Pcs Metal/Wire Sheet Thickness Gauge 1.0" x 2.8
Three stainless-steel gauges measuring 1.0 by 2.8 inches quickly check sheet-metal and wire thickness before welding
- Quick pocket measurement beats tape measures
- Stainless steel resists rust for long service life
- Three gauges cover common welding thicknesses
- Accurate sizing before welding prevents errors
- Compact 1.0 by 2.8 inch size fits in pocket
Portable Welding Gauge Set
This three-piece stainless-steel gauge set lets welders and fabricators verify sheet-metal and wire thickness before starting a job. Each gauge measures 1.0 inch wide by 2.8 inches long and fits in a pocket for quick access on site. The corrosion-resistant material ensures the tool remains accurate over repeated use.
On-Site Thickness Verification
The gauges suit professionals who need immediate, one-sided thickness checks without reaching for a tape measure or caliper. They are not intended for buyers who require digital readouts, data logging or multi-point inspection capabilities.
Pre-Purchase Checklist
Confirm that the 1.0 by 2.8 inch plate dimensions cover the range of materials you typically weld. Verify that a simple mechanical gauge meets your workshop’s quality-control standards before ordering.
Highlights
- Quick pocket measurement beats tape measures
- Stainless steel resists rust for long service life
- Three gauges cover common welding thicknesses
- Accurate sizing before welding prevents errors
- Compact 1.0 by 2.8 inch size fits in pocket
Specifications
No published specifications for this item yet.
Questions about this item
What welding equipment must I already have to use these 1.0" x 2.8" stainless steel thickness gauges?
You need a welding setup that works with metal sheet or wire sizes covered by the gauge range so you can verify material thickness before starting the job.
How do these 3-piece gauges work alongside the older measuring tools I keep in my shop?
They complement tape measures and calipers by giving a quick, pocket-sized reference for the most common welding thicknesses without replacing your precision instruments.
How can I confirm the gauges are reading correctly after I start using them?
Check a known-thickness sample piece; if the gauge notch matches the material cleanly, the tool is functioning as intended.
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