KNIPEX KPX9910250 99 10 250 High Leverage Concreter's Nippers 250mm

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KNIPEX KPX9910250 99 10 250 High Leverage Concreter's Nippers 250mm

SKU: KPX9910250

These Knipex High Leverage Concreter's Nippers have the following specification: Overall Length: 250mm Wire Cutting Capacities: Hard 1.8mm; Medium 3.3mm Head Width: 25mm Cutting Edge Length: 23mm Weight: 350g The Knipex Black Atramentized High Leverage Concreter's Nippers offer substantially higher cutting performance, as well as a damping of the cutting stroke after cutting the binding wire, two valuable ergonomic advantages for the user. They can twist and cut wire in one operation, making them fast, reliable and economical. Made from special tool steel that has been oil-hardened and tempered with an extra slim form, making them ideal for tying submerged positioned steel rods. They provide a particularly high cutting capacity with minimum effort due to their optimum transmission ratio. High damping of the cutting stroke after cutting the binding wire reduces strain on tendons and muscles.

Quantity

Available to Order

£21.95 INC VAT

£18.29 EX VAT

Description
- Product Code: KPX9910250
- Model Number:
- Brand: Knipex
- Barcode: 4003773071815
- Category: Individual Pliers
These Knipex High Leverage Concreter's Nippers have the following specification:

Overall Length: 250mm
Wire Cutting Capacities: Hard 1.8mm; Medium 3.3mm
Head Width: 25mm
Cutting Edge Length: 23mm
Weight: 350g

The Knipex Black Atramentized High Leverage Concreter's Nippers offer substantially higher cutting performance, as well as a damping of the cutting stroke after cutting the binding wire, two valuable ergonomic advantages for the user. They can twist and cut wire in one operation, making them fast, reliable and economical.
Made from special tool steel that has been oil-hardened and tempered with an extra slim form, making them ideal for tying submerged positioned steel rods. They provide a particularly high cutting capacity with minimum effort due to their optimum transmission ratio. High damping of the cutting stroke after cutting the binding wire reduces strain on tendons and muscles.