FREE WOWPODS WITH ANY ORDER OVER £150
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm
64 42 115 Electronics End Cutting Nipper 115mm

Leave a review

*All submissions will be checked by our administration team before appearing on the site. Please be patient as we will try and approve your comments as quickly as possible.
Back To Individual Pliers

64 42 115 Electronics End Cutting Nipper 115mm

SKU: KPX6442115

Knipex 64 42 115 Electronics End Cutting Nippers for cutting fine wire and cable from the front at an angle of 27° to the surface.

Specification:

Length: 115mm
Cutting Capacity Ø: Medium Hard Wire 1.0mm, 
Hard Wire 0.5mm
Head Width (A): 11mm
Jaw Length (B): 10mm
Jaw Thickness (Joint) (D): 7mm
Cutting Edge Length (C): 12mm

Knipex 64 Series Precision End Cutting Nippers with multi-component grips. Ideal for ultra fine cutting work, e. g. in electronics and fine mechanics. They have a smooth operating box joint with zero backlash. Such joints are characterised by the fact that the inner handle is guided on both sides by two extensive bearing surfaces. This prevents the tilting movements which occur with lap joints, and has a positive effect on the quality of cutting processes and tool life. 

In addition to oil hardening of the entire pliers, the cutting edges are induction hardened to at least 60 HRC. The low friction double spring is an advantage ergonomically. It produces a gentle, steady opening after cutting.

They have a mirror polish and a fine oil film for corrosion protection. With occasional re-oiling of the surface, this rust protection is completely sufficient for workshop operation. As a result, for safety reasons these electronics pliers are also ideal for sensitive electronics environments. There are no pieces of chrome that could peel off and damage circuits. The quality machining of the pliers corresponds to the needs of electronics and micromechanics: high requirements regarding precision, function and reliability.

Read More
Available to Order
£46.45 INC VAT
£38.71 EX VAT
PayPal
Maestro Mastercard Visa Visa Electron America Express
  • Description
    • Product Code: KPX6442115
    • Brand: Knipex
    • Barcode: 4003773017844
    • Category: Individual Pliers

    Knipex 64 42 115 Electronics End Cutting Nippers for cutting fine wire and cable from the front at an angle of 27° to the surface.

    Specification:

    Length: 115mm
    Cutting Capacity Ø: Medium Hard Wire 1.0mm, 
    Hard Wire 0.5mm
    Head Width (A): 11mm
    Jaw Length (B): 10mm
    Jaw Thickness (Joint) (D): 7mm
    Cutting Edge Length (C): 12mm

    Knipex 64 Series Precision End Cutting Nippers with multi-component grips. Ideal for ultra fine cutting work, e. g. in electronics and fine mechanics. They have a smooth operating box joint with zero backlash. Such joints are characterised by the fact that the inner handle is guided on both sides by two extensive bearing surfaces. This prevents the tilting movements which occur with lap joints, and has a positive effect on the quality of cutting processes and tool life. 

    In addition to oil hardening of the entire pliers, the cutting edges are induction hardened to at least 60 HRC. The low friction double spring is an advantage ergonomically. It produces a gentle, steady opening after cutting.

    They have a mirror polish and a fine oil film for corrosion protection. With occasional re-oiling of the surface, this rust protection is completely sufficient for workshop operation. As a result, for safety reasons these electronics pliers are also ideal for sensitive electronics environments. There are no pieces of chrome that could peel off and damage circuits. The quality machining of the pliers corresponds to the needs of electronics and micromechanics: high requirements regarding precision, function and reliability.

COMPARISON BASKET COMPARE