content loaded
KNIPEX 64 32 120 ESD Image 1

KNIPEX 64 32 120 ESD 4-3/4 ELECTRONICS END CUTTING NIPPERS

MFR Part #: 64 32 120 ESD
SKU #: 1253595
Brand: Knipex®
UPC: 843221012915
Knipex® 64 32 120 ESD Electronics End Cutting Nipper, 1.5 mm Dia Soft, 1 mm Dia Medium Hard, 0.5 mm Dia Hard Cutting, 10 mm Angled/Small Bevel Jaw, 120 mm OAL, Steel Handle
ESD Safe

Knipex® Electronics End Cutting Nipper, Series: 64 32, Cutting Capacity: 1.5 mm Dia Soft, 1 mm Dia Medium Hard, 0.5 mm Dia Hard, Angled/Small Bevel Jaw, 10 mm Jaw Length, 17 mm Jaw Width, Chrome Steel Jaw, 120 mm Overall Length, Multi-Component Grip Handle, Steel Handle, Mirror Polished

Product Details

Knipex® Electronics End Cutting Nipper, Series: 64 32, Cutting Capacity: 1.5 mm Dia Soft, 1 mm Dia Medium Hard, 0.5 mm Dia Hard, Angled/Small Bevel Jaw, 10 mm Jaw Length, 17 mm Jaw Width, Chrome Steel Jaw, 120 mm Overall Length, Multi-Component Grip Handle, Steel Handle, Mirror Polished

Attributes

Country Of OriginGermany
Cutting Capacity1.5 mm Dia Soft, 1 mm Dia Medium Hard, 0.5 mm Dia Hard
FinishMirror Polished
Handle MaterialSteel
Handle TypeMulti-Component Grip
Jaw Length10 mm
Jaw MaterialChrome Steel
Jaw TypeAngled/Small Bevel
Jaw Width17 mm
Overall Length120 mm
Series64 32

Features

  • Precision pliers for ultra fine cutting work, example in electronics and fine mechanics
  • Electrically discharging handles - dissipative
  • Sturdy, zero backlash box joint
  • Low-friction double spring for gentle and even opening
  • The mirror polish together with a fine film of oil offer effective rust protection - no circuit faults caused by peeling chrome from plated tools
  • Cutters additionally laser hardened, cutter hardness at least 56 HRC
  • Handles with two-color multi-component grips black/gray
  • Oblique end cutter, short head, with small bevel, a = 15 deg
  • Ball bearing chrome steel, oil hardened
  • ESD (electrostatic discharge) handles discharge electrostatic energy through the handles in a gradual and controlled manner which protects components endangered by electrostatic discharge