P80 Plasma Consumables

P80 Plasma Consumables

P80 Plasma Consumables are high-performance replacement parts designed to ensure efficient, precise, and consistent cutting in P80 plasma torch systems. These consumables are essential for maintaining optimal arc quality, improving cut accuracy, and extending the overall life of the plasma cutting torch.

Manufactured using premium materials such as high-conductivity copper, hafnium inserts, and heat-resistant ceramics, P80 consumables are built to perform under high temperatures and demanding industrial conditions. They are suitable for both manual and CNC plasma cutting operations, delivering reliable performance 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 thermal resistance

  • Stable arc performance for smooth cutting

  • Reduced slag formation and cleaner edges

  • Compatible with standard P80 plasma torches

  • Suitable for high-current applications up to 100 Amps

  • Easy to install and replace

  • Long service life with cost-effective operation

Applications

  • Industrial fabrication

  • Sheet metal processing

  • Automotive repair and maintenance

  • Heavy engineering industries

  • CNC plasma cutting systems

Compatible Materials

  • Mild Steel

  • Stainless Steel

  • Aluminum

  • Copper and other conductive metals

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