P80 Plasma Cutting Consumables

P80 Plasma Cutting Consumables

P80 Plasma Cutting Consumables are precision-engineered components designed to deliver optimal performance, durability, and cutting efficiency in P80 plasma torch systems. These consumables play a critical role in maintaining arc stability, ensuring clean cuts, and extending the overall life of the plasma cutting torch.

Manufactured using high-quality materials such as copper, hafnium, and heat-resistant ceramics, P80 consumables are built to withstand high temperatures and demanding cutting environments. They are ideal for both manual and CNC plasma cutting applications, offering consistent results across a wide range of conductive metals.

Technical Specifications

Consumable TypesNozzle, Electrode, Swirl Ring, Shield Cup, Retaining Cap
Compatible TorchP80 Plasma Torch
Current CapacityUp to 100 Amps
Nozzle Diameter Range0.8 mm – 1.7 mm
Nozzle MaterialHigh Conductivity Copper
Electrode MaterialCopper with Hafnium Insert
Shield Cup MaterialHeat-resistant Ceramic
Swirl Ring MaterialHigh-temperature Resistant Polymer
Gas TypeCompressed Air
Working Pressure4.5 – 5.5 Bar
Cooling MethodAir Cooling
Cutting ThicknessUp to 20–25 mm (machine dependent)
Application TypeManual & CNC Plasma Cutting
CompatibilityStandard P80 Torch Models
Service LifeLong-lasting under proper usage conditions
Usage IndustriesFabrication, Automotive, Construction, Heavy Engineering

Key Features

  • High durability and heat resistance

  • Excellent arc stability for smooth cutting

  • Reduced dross and improved edge quality

  • Compatible with standard P80 plasma torches

  • Suitable for high-current applications up to 100 Amps

  • Easy installation and replacement

  • Cost-effective with long service life

Applications

  • Industrial fabrication

  • Sheet metal cutting

  • Automotive repair and maintenance

  • Heavy engineering and construction

  • CNC plasma cutting systems

Compatible Materials

  • Mild Steel

  • Stainless Steel

  • Aluminum

  • Copper and other conductive metals

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