WIRE STRIPPING TOOLS

Wire Stripping Tools

Match a wire stripper to AWG and conductor type

Read the wire marking before comparing tools. Solid and stranded construction can change the applicable scale, and a metric wire can require a dedicated blade position.

Start with the conductor itself

Write down the marked gauge and whether the conductor is solid or stranded. The Klein K11095 uses separate published ranges. If the only size you need is 8 AWG stranded, its 8 AWG solid opening does not establish fit.

Check the type of scale

Some tools have a series of individual openings. A KNIPEX precision tool with a list of metric positions does not accept every cross-section between the first and last values. Use the maker's chart for the exact model and conductor.

Look at the rest of the head

A narrow jaw can reach a cramped workpiece, while a combination tool can add a screw shear or terminal crimp zone. Each added function has its own limits. Plan work on de-energized equipment and follow the tool and equipment instructions.

Source documentation

Guide questions

Does the larger AWG number indicate thicker wire?

No. The larger AWG number indicates a smaller nominal conductor size.

Can I use the printed solid range for stranded wire?

Check the separate stranded range or a statement that the same opening covers both.

How do I compare mm² and AWG?

Use the manufacturer’s exact gauge chart or a tool with the marked metric position. Avoid rounding into the next opening.

Which tool suits the job?

  1. The Klein 11053 covers 6–12 AWG stranded. The K11095 covers 8–18 AWG solid and 10–20 AWG stranded, so the 11053 reaches thicker stranded wire while the K11095 covers more mixed work.

  2. Both Klein tools cover 8–18 AWG solid and 10–20 AWG stranded stripping. Choose the straight-handle 12075 for grip shape or the K12065CR if the documented non-insulated terminal crimp zone matters.

Tools in this guide

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