Plasma Transfer Arc Welding

We are the leading manufacturer and supplier of Plasma Transfer Arc Welding. We are offering the entire range to our clients in various stipulation at the most competitive prices.

Plasma Transferred Arc System

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Product Details:

Technology	PTA technology
Input Voltage	415VAC / 50-60Hz / 3 ph
Duty Cycle	100
Brand	Arcraft plasma
Current Range	5 - 200 A
Standard Torch cable length	4 meters
Pilot Arc Current	10 - 25 A
Max Installed Power	11 HP

Plasma Transferred Arc (PTA) System is a high energy, inert gas welding process. Argon is basically used for arc plasma supply, powder transport, and molten material shielding. It produces a very high-quality deposit offering optimal protection with minimal dilution or deformation of the base material.

It is a process that deposits very precise coatings of perfectly controlled alloys on mechanical parts that are subject to intense wear; significantly extending their service life.
PTA technology is particularly effective in protection against corrosion, thermal shock, and abrasion.
A wide range of overlay alloys is available for practically any part.
Some alloys are very hard; others are softer with hard abrasion-resistant particles dispersed in a matrix. Certain alloys are made to rebuild a part of required dimension while others are designed to be a final overlay that protects the work surface.

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Plasma Transferred Arc Machine

REQUEST CALLBACK

Ask for Price

Product Price :Get Latest Price

Product Details:

Technology	PTA technology
Input Voltage	415VAC / 50-60Hz / 3 ph
Brand	Arcraft plasma
Plasma Gas Flow	0 - 5 LPM
Oscillation Per Minute	0 - 80
Oscillation Width	0 - 25 (mm)
Max Installed Power	24 hp
Current Range	5 - 400 (A)

We are leading supplier of Plasma Transferred Arc Machine. Plasma Transferred Arc (PTA) Machine is a high energy, inert gas welding process.

PTA technology is particularly effective in protection against corrosion, thermal shock, and abrasion.
A wide range of overlay alloys is available for practically any part.
Some alloys are very hard; others are softer with hard abrasion-resistant particles dispersed in a matrix. Certain alloys are made to rebuild a part of required dimension while others are designed to be a final overlay that protects the work surface.
Argon is basically used for arc plasma supply, powder transport, and molten material shielding. It produces a very high-quality deposit offering optimal protection with minimal dilution or deformation of the base material.
It is a process that deposits very precise coatings of perfectly controlled alloys on mechanical parts that are subject to intense wear; significantly extending their service life.

Yes! I am Interested

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