Zijkniptang Knipex 74 01 160, chroom-vanadiumstaal, kunststofgreep

The Knipex 74 01 160 diagonal pliers are precision cutting pliers made from chrome vanadium heavy‑duty steel, forged and oil‑hardened for durable performance. At 160 mm length and approximately 178 g weight, they are compact and suitable for work in confined spaces. The plastic handles provide a comfortable grip while the cutting edges are induction hardened to approximately 64 HRC for reliable cutting of various wires, including piano wire.

Advantages

Designed for very tough, continuous use, these diagonal pliers combine an optimised cutting edge angle and transmission ratio for high cutting performance with minimal effort. The precision cutting edges are induction hardened (approx. 64 HRC) to maintain sharpness when cutting hard wires. The chrome vanadium construction is forged and oil‑hardened to resist wear and extend service life.

Suitable for

• Cutting copper and aluminium electrical wires
• Cutting steel and piano wire
• Precision cutting in tight or confined spaces
• Professional daily use by electricians and technicians

Key specifications

• Brand: Knipex
• Model / MPN: 74 01 160
• Length: 160 mm
• Weight: approx. 178 g
• Material: chrome vanadium heavy‑duty steel, forged, oil‑hardened
• Cutting edge hardness: approx. 64 HRC (induction hardened)
• Handle: plastic
• EAN: 4003773033141

How to use

Position the pliers so the wire sits close to the cutting edge, apply steady pressure on the handles and make a clean cut. For thicker or harder wire, use a controlled, firm squeeze to allow the induction‑hardened edges to cut through. Avoid using the pliers as a lever or for prying to prevent handle or jaw damage. Keep fingers clear of the cutting zone during use.

Recommendations

Inspect the cutting edges regularly and avoid cutting materials that exceed the tool’s intended scope (for example hardened bolts or nails not specified for these pliers). Store the pliers dry and occasionally apply a light oil film to the joint to maintain smooth operation.