200MM COMBINATION PLIERS MULTI COMPONENT HANDLES SW6501 5 200 - 65015200

Code: 708441

Print
Product Code
SW6501 5 200 - 65015200
RRP: $152.70 incl. GST
Find Your Nearest Store
Technical Specifications
Brand Stahlwille
Type Combination
Pack Weight (KG):
0.37
Description

6501 - Combination Pliers

DIN ISO 5746, precision cutter for all wires, incl. piano wire, induction hardened cutting edges, approx. 62 HRC, for long life.

  • L - 200mm
  • Head - chrome plated
  • Handles - multi-component handles with softer layers

STAHLWILLE pliers, cutters and wrenches

Accurate. Strong. Dependable

For accurate work and a powerful grip – with comfy-fit multi-component handles. When you are working with pliers, your hand needs optimum support and protection in the places where the pressure exerted on the hand is felt most keenly – through ergonomic handle design. STAHLWILLE has integrated softer layers in these sections of the handles. In this way, they fulfil two important functions. They prevent the hand slipping off the handle and, at the same time, absorb the shock produced when hard wires are cut. Even with oily or greasy hands, the textured surface ensures you still have a good grip on things. The special plastic we have used is also resistant to aggressive fluids and, at the end of the lifecycle, can be properly disposed of, because it does not contain PVC.

Features:

  • Accurate gripping! By using high-grade materials and applying our sophisticated manufacturing techniques, we are able to achieve remarkable accurately shaped jaws.
  • Clean, effortless cutting! Thanks to specially hardened, high-precision cutters.
  • Strain-free working and longer tool lifetimes! Thanks to smooth-action lap-joints.
  • Prevents injuries! The anti-slip protection prevents your hands slipping off towards the jaws.
  • Longer tool lifetime and resistance to aggressive fluids! Thanks to impact-resistant, extremely hard-wearing special plastic.
  • No pinch marks and strain-free working! The ergonomically positioned softer layers improve force transmission.