- Home
- ยป
- Products & Services
- »
- PTA Welding Torch
PTA Welding Torch
Plasma Transferred Arc ( PTA ) ID Torch
Fuel Gas Type | Argon |
Model Name/Number | PTA 75 IT |
Material | Brass |
Cooling | Water Cooled |
Usage/Application | For Stelliting, cladding with PTA powder |
Torch Type | Welding torch |
Output Current | 100-200 (A) |
Brand | Arcraft Plasma |
Torch Grip Diameter | 32 mm |
Maximum Bore Length | 500 - 1000mm |
Duty Cycle | 100% at 150 Amp |
Current Capacity | 200 (Amp) |
Cable Length | 4 meter / 13 feet (Optional 8 meters) |
Electrode Length | Greater than 40 (mm) |
Electrode Diameter | 2.4 mm (Tungsten) |
Minimum Bore Diameter | 75 (mm) |
Our Plasma Transferred Arc ( PTA ) ID Torch employs innovative design features for high-efficiency performance with low maintenance and operating costs. These torches are designed on the basis of wide experimental investigations of plasma arc energetic characteristics, phenomena of powder heating in the plasma arc and molten pool, thermal-physical features of the parent metal.
Features:
- Standard nozzles with two powder ports
- Fully machined construction to precise standards
- Fully sealed internal powder feed to eliminate losses and contamination
- An available heavy duty large shield
- Increased cooling capacity - Complete encapsulation of the torch’s gas and water service tubes
- Longer nozzle life - Efficient cooling allowing for preheats. The unique design promotes rapid heat dissipation contributing to maximum nozzle life
- Improved service life.
- Decreased powder wastage - Precise, reliable, efficient material delivery
- Better arc control
Plasma Transferred Arc (PTA) OD Torch
Torch Type | Welding torch |
Brand | Arcraft Plasma |
Electrode Diameter | 4.8 (mm) Tungsten |
Standard Torch cable length | 4 meters with option to extend up to 8 meters |
Current Capacity | 350 Amp |
Duty Cycle | 100% |
Electrode Length | 175 - 240 mm |
Torch Grip Diameter | 38 (mm) |
Features:
- Steady performance
- Easy to operate
- Longer functional life
PTA OD Torch
Product Brochure
Brand | Arcraft Plasma |
Torch Type | Welding torch |
Electrode Diameter | 4.8 mm (Tungsten) |
Current | 350 A |
Torch Grip Diameter | 38 mm |
Cable | 4 meters / 13 feet (Optional 8 / 12 mtrs) |
Duty Cycle | 100 % |
Parameters | PTA 350 TC4 |
Electrode Length | Min 175 mm - Max 240 mm |
We hold expertise in offering best quality Plasma Torches (PTA OD Torch) to our prestigious customers. These torches are manufactured from high-quality materials, which are obtained from trusted vendors of the industry. Manufactured as per the industry set standards, these torches require low maintenance and are easy to operate. Available with us at industry leading prices, these products are highly appreciated in the market.
Features:
- Steady performance
- Easy to operate
- Longer functional life
PTA ( Plasma Transferred Arc ) Torches for ID and OD Hardfacing.
Product Brochure
Brand | Arcraft Plasma |
Material | Chromium Carbide |
Operating Current | DC |
Application | Industrial |
Metal parts often fail their intended use not because they fracture, but because they wear, which causes them to lose dimension and functionality. Hardfacing, also known as hardsurfacing, is the application of buildup or wear-resistant weld metal to part's surface by means of welding or joining.
Benefits of Hardfacing / Cladding
1. Reduces cost :- Restoring a worn part to 'as new' condition generally costs between 20-70% of a brand new replacement part.
2. Prolongs Equipment Life :- Service life increases of 3 to10 times are common with properly overlaid parts.
3. Reduces Downtime :- Parts last longer and fewer shutdowns are required.
4. Less Spare Parts Investory :- There is no need to keep numerous spare parts when worn parts can be rebuilt.
What base metals can be hardfaced?
Carbon and low-alloy steels with carbon contents of less than 1 percent can be hardfaced. High-carbon alloys may require a special buffer layer.
The following base metals can be hardfaced :
Stainless steels
Manganese steels
Cast iron and Steels
Nickel-base alloys
Copper-base alloys