Electronics Diagonal Cutters-Carbide Metal Cutting Edges, 4 3/4 in., Multi-component, Polished, Semi-flush with Small Bevel Cut, Tapered Head, Up to 1/64 in. Piano Wire
Electronics Diagonal Cutters-Carbide Metal Cutting Edges, 4 3/4 in., Multi-component, Polished, Semi-flush with Small Bevel Cut, Tapered Head, Up to 1/64 in. Piano Wire
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For extreme demands on cutting pliers caused by hard or tough materials, e.g. piano, nickel, tungsten and diode wire, which are used more frequently in the electronics and aerospace industries. Precision carbide metal cutting edges soldered into forged blanks. Sturdy, zero backlash box-joint. Hardness of the carbide cutting edges (approx. 80 – 83 HRC). Pliers with carbide metal cutting edges have a substantially longer service life than with conventional cutting edges. Constantly reliable cutting results due to the avoidance of cutter deformations. High cost savings due to longer service life of the pliers. Pointed head with chamfer; with small bevel. Ball bearing steel; laser-hardened cutting edges. Pliers with carbide metal cutting edges have a substantially longer service life than such with conventional cutting edges. High cost saving due to longer service life of the pliers. Pointed head with chamfer. Small bevel. Semi-flush cut.
Manuals and Documentation
Features
- For extreme demands on cutting pliers caused by hard or tough materials, e.g. piano, nickel, tungsten and diode wire, which are used more frequently in the electronics and aerospace industries
- Precision carbide metal cutting edges soldered into forged blanks
- Sturdy, zero backlash box-joint
- Hardness of the carbide cutting edges (approx. 80 – 83 HRC)
- Pliers with carbide metal cutting edges have a substantially longer service life than with conventional cutting edges
- Constantly reliable cutting results due to the avoidance of cutter deformations
- High cost savings due to longer service life of the pliers
- Pointed head with chamfer; with small bevel