Diagonal pliers Knipex 70 01 160

The Knipex 70 01 160 diagonal pliers are a compact and durable cutting tool made from forged chromium-vanadium electric steel with oil hardening. Measuring 160 mm in length and weighing 171 g, these pliers combine precise cutting performance with a narrow head design that enables access in confined spaces. The cutting edges are induction-hardened to approximately 62 HRC for long service life and clean cuts on both soft and hard wire, including fine copper wires right to the tip.

Advantages

High-quality material and precise workmanship ensure long service life. Precision cutting edges, induction-hardened to approx. 62 HRC, provide clean cuts on thin copper wires and both soft and hard wire. The narrow head style allows use in tight or confined areas while the lightweight 160 mm design and plastic handles offer comfortable handling for precision tasks.

Suitable for

• Cutting soft and hard electrical wires
• Trimming fine copper wires and small components
• Work in confined or hard-to-reach areas
• General all-round cutting tasks in electronics and electrical installation

Key specifications

• Brand: Knipex
• Model / MPN: 70 01 160
• EAN: 4003773013426
• Length: 160 mm
• Weight: 171 g
• Material: Forged chromium-vanadium electric steel, oil-hardened
• Cutting edge hardness: approx. 62 HRC (induction hardened)
• Handle: Plastic

How to use

Position the diagonal pliers so the wire sits close to the cutting edges near the tip for the cleanest cut. Apply steady pressure to the handles to close the jaws and sever the wire. For harder wire, place the wire closer to the base of the cutting edges and use controlled force. Use the narrow head to access confined spaces, keeping fingers clear of the cutting edges. After use, wipe clean and store in a dry place to maintain the tool condition.

Usage recommendations

Do not use the pliers for cutting hardened steel, nails, or as a prying tool. Regularly inspect cutting edges for wear and avoid cutting materials contaminated with abrasive grit to preserve the induction-hardened edges.