Yueyang YGX 260 Plasma Cutting Electrode

Yueyang YGX 260 Plasma Cutting Electrode

The Yueyang YGX 260 Plasma Cutting Electrode is a high-performance consumable designed for stable arc ignition, efficient energy transfer, and long service life in YGX 260 plasma cutting systems. It is a critical component that generates and maintains the plasma arc required for precise and high-speed cutting of conductive metals.

Manufactured from premium-grade copper with a heat-resistant hafnium insert, the YGX 260 electrode delivers excellent thermal conductivity, arc stability, and resistance to wear under high-current industrial cutting conditions. It is suitable for both CNC and automated plasma cutting systems, ensuring consistent cutting quality and reduced downtime in heavy-duty applications.

Technical Specifications

Product TypePlasma Cutting Electrode
ModelYGX 260
MaterialCopper with Hafnium Insert
Operating Current200 – 260 Amps
Arc TypePlasma Arc
Cooling MethodWater Cooled System Compatible
FunctionArc Generation and Electrical Energy Transfer
CompatibilityYGX 260 Plasma Cutting Torches
ApplicationCNC Plasma Cutting
Cutting MaterialsMild Steel, Stainless Steel, Aluminum, Copper
DurabilityHigh Heat and Wear Resistance
Usage IndustriesHeavy Fabrication, Shipbuilding, Construction, Engineering

Key Features

  • Designed for YGX 260 plasma cutting systems

  • Stable arc ignition for consistent cutting performance

  • High-quality copper body with hafnium insert for durability

  • Supports high-current cutting applications up to 260 Amps

  • Excellent heat resistance for extended consumable life

  • Ensures efficient energy transfer and stable plasma arc formation

  • Reduces downtime and improves cutting productivity

  • Suitable for CNC and automated industrial plasma cutting systems

Applications

  • CNC plasma cutting machines

  • Heavy steel fabrication workshops

  • Shipbuilding and marine engineering

  • Structural steel processing plants

  • Industrial manufacturing units

  • Construction and infrastructure projects

Go Back Top