Preloader

Special Electrode Wire & Rods

Special Electrode Wires & Rods are precision-engineered conductive materials designed for Electrical Discharge Machining (EDM) and other electro-thermal applications. Manufactured from high-purity metals and advanced alloys, these electrodes deliver stable spark performance, excellent wear resistance, and consistent machining accuracy.

They are widely used in die & mold making, aerospace, automotive, medical, and precision engineering industries, where complex shapes and tight tolerances are required.

Key Features

  • High Electrical Conductivity: Ensures stable and efficient spark generation for accurate machining.
  • Excellent Wear Resistance: Maintains electrode shape and accuracy during prolonged machining cycles.
  • Superior Dimensional Stability: Reduces electrode wear and ensures consistent results.
  • Wide Material Options: Available in copper, graphite, copper-tungsten, tungsten, and special alloys.
  • Smooth Surface Finish: Improves spark efficiency and surface quality of machined parts.
  • Custom Sizes & Profiles: Supplied in various diameters, lengths, and special forms as per application needs.

Reliable Performance in Precision EDM Applications: Designed for demanding and high-accuracy machining operations.

Example: 

Copper Tungsten Electrode Rod

Material: Copper Tungsten (CuW)

Diameter: As per requirement

Application: EDM machining of hard alloys

Conductivity: High

Features:

  • Excellent thermal and electrical conductivity
  • Low electrode wear rate
  • High resistance to deformation
  • Ideal for precision and fine-detail EDM operations
  • Long service life

We are a professionally managed organization specializing in the supply and application support of industrial cutting tools for modern machining environments.

Get In Touch

Phone

+91 7031900000 | +91 8570844717

Email

naveen@kapsonsindustries.co.in

Address

609, Tower-A, Business Zone Nirvana Country, Sector-50 Gurugram- 122018 Haryana

© 2026 kapsonsindustries. All Rights Reserved