Introducing the revolutionary Parweld PRO-FUME Welding Torches – a new era in welding safety and efficiency. These innovative MIG/MAG fume extraction welding torches, available in both air and water-cooled versions, have been meticulously designed and engineered to meet the highest industrial standards. The PRO-FUME range sets a new benchmark for operator protection, seamlessly integrating powerful fume extraction capabilities with the robust performance and reliability that welders expect from Parweld.
WELDING FUMES ARE DANGEROUS TO HEALTH AND HAVE BEEN LINKED TO LUNG CANCER.
It is essential that you are using the best protection and performance available to remove welding fumes from the working environment. PAPR filter systems provide protection for the welder by cleaning the air they are welding but do not reduce the volume of fume in the air and so do not provide protection to the welder when they are setting up or doing other operations. Fume extraction must be part of any protection strategy, for a welder working in fixed locations extraction hoods are effective but rely on the welder to ensure the hood is in the correct position to remove the fumes. For anyone working in a mixed manufacturing environment or where they move around the fabrication then on torch fume extraction is the perfect solution.
WELDING FUMES ARE DANGEROUS TO HEALTH AND HAVE BEEN LINKED TO LUNG CANCER.
It is essential that you are using the best protection and performance available to remove welding fumes from the working environment. PAPR filter systems provide protection for the welder by cleaning the air they are welding but do not reduce the volume of fume in the air and so do not provide protection to the welder when they are setting up or doing other operations. Fume extraction must be part of any protection strategy, for a welder working in fixed locations extraction hoods are effective but rely on the welder to ensure the hood is in the correct position to remove the fumes. For anyone working in a mixed manufacturing environment or where they move around the fabrication then on torch fume extraction is the perfect solution.
MIG Fume Key Features

Superior Grip Handle
Our grip handle is designed with our tried and tested
grip geometry and the handle size has been kept to a
minimum without reducing the vacuum and flow volume.
The perfect grip is combined with the balance and as low
weight as possible by using inventive component design.
Large Thumb Operated Vent
We have included a thumb adjustable sliding vent
to allow vacuum regulation when required; for example
reducing front end suction when in tight corners.
Sealed Ball Joint
Our standard handle ball joint has been adapted
so that it is fully sealed, minimising vacuum losses,
at the same time as increasing manoeuvrability
for the welder.
Large Open Suction Nozzle
A large opening suction nozzle design
ensures maximum volume of flow at the front
end. Removing welding fume most efficiently.
Puncture Resistant Hose
Flexible and puncture resistance hosing has been used along the torch length.
And we have stepped the size along the harness to increase vacuum suction
at the front of the torch.
Leather Cover Protection
Protective leather cover on the torch end hose, eliminates
hose punctures from hot sparks and sharp edges.
Rotatable Vacuum Hose Connection Outlet
At the machine end there is a rotatable outlet for perfect positioning of the hose connection
towards the extraction unit. Joints are fully sealed to minimise vacuum losses. And a standard
2” (51mm) size connection can be adapted to other hose sizes with hose connector options.
Our grip handle is designed with our tried and tested grip geometry and the handle size has been kept to a minimum without reducing the vacuum and flow volume. The perfect grip is combined with the balance and as low weight as possible by using inventive component design.
We have included a large thumb adjustable sliding vent to allow vacuum regulation when required; for example reducing front end suction when in tight corners.
Our standard handle ball joint has been adapted so that it is fully sealed, minimising vacuum losses, at the same time as increasing maneuverability for the welder.
A large opening suction nozzle design ensures maximum volume of flow at the front end. Removing welding fume most efficiently.
Flexible and puncture resistance hosing has been used along the torch length. And we have stepped the size along the harness to increase vacuum suction at the front of the torch.
Protective leather cover on the torch end hose, eliminates hose punctures from hot sparks and sharp edges.
At the machine end there is a rotatable outlet for perfect positioning of the hose connection towards the extraction unit. Joints are fully sealed to minimise vacuum losses. And a standard 2” (51mm) size connection can be adapted to other hose sizes with hose connector options.

Reduced component size and weight, reduces flow restriction
Most importantly, our torches are tested and comply with ISO 21904-1 achieving the required volumetric flow of welding fume.
Lightweight With Enhanced Ergonomics
PRO-Fume torches are designed with balance and weight in mind to reduce operator fatigue. The torch handles are designed to sit naturally in the operator’s hand, without sharp corners or edges that could create stress points. Reducing cases of RSI and improving operator performance.
The extraction hose has a smaller diameter near the torch handle, thereby reducing weight and increasing flexibility. All the hose joints are articulated to improve flexibility.
Improved Extraction Efficiency
The extraction hose take-off can be rotated to match the location of the extraction unit. The joints are sealed with
O-Rings to improve extraction efficiency and reduce the effects of wear on the ball joints, extending service life.


Durable Extraction Chamber
Aluminium extraction chamber ensures durability, heat resistance and no loss of extraction

Thumb Operated Vent Control
The Vent Control is perfectly placed on top of the handle for single-handed operation
MIG Fume Air Cooled Torch
Torch Model | PRO-FUME 360A (PFE3600) |
Welding Torch | MIG/MAG |
CO2 Gas @ 60% Duty Cycle | 300A |
Mixed Gas @ 60% Duty Cycle | 270A |
Wire Size Options | 0.8mm – 1.2mm (0.030″ – 0.045″) |
Length Options | 3m, 4m, 5m |
Fitting Options | Euro Fitting |
Conforms To | EN60974-7 |

PFE3600-30ER | PFE3600-40ER | PFE3600-50ER
Torch Model | PRO-FUME 360A (PFE3600) |
Welding Torch | MIG/MAG |
CO2 Gas @ 60% Duty Cycle | 300A |
Mixed Gas @ 60% Duty Cycle | 270A |
Wire Size Options | 0.8mm – 1.2mm (0.030″ – 0.045″) |
Length Options | 3m, 4m, 5m |
Fitting Options | Euro Fitting |
Conforms To | EN60974-7 |
B2524-30 | Steel 1.2mm – 1.6mm (0.045″ – 1/16″) x 3m |
B2524-40 | Steel 1.2mm – 1.6mm (0.045″ – 1/16″) x 4m |
B2524-50 | Steel 1.2mm – 1.6mm (0.045″ – 1/16″) x 5m |
B2513-30 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 3m |
B2513-40 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 4m |
B2513-50 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 5m |
B2524-30 | Steel 1.2mm – 1.6mm (0.045″ – 1/16″) x 3m |
B2524-40 | Steel 1.2mm – 1.6mm (0.045″ – 1/16″) x 4m |
B2524-50 | Steel 1.2mm – 1.6mm (0.045″ – 1/16″) x 5m |
B2513-30 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 3m |
B2513-40 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 4m |
B2513-50 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 5m |
MIG Fume Water Cooled Torch
Torch Model | PRO-FUME 501W (PFE5000) |
Welding Torch | MIG/MAG |
CO2 Gas @ 60% Duty Cycle | 520A |
Mixed Gas @ 60% Duty Cycle | 430A |
Wire Size Options | 1.0mm – 1.6mm (0.040″ – 1/16″) |
Length Options | 3m, 4m, 5m |
Fitting Options | Euro Fitting |
Conforms To | EN60974-7 |

PFE5000-30ER | PFE5000-40ER | PFE5000-50ER
Torch Model | PRO-FUME 501W (PFE5000) |
Welding Torch | MIG/MAG |
CO2 Gas @ 60% Duty Cycle | 520A |
Mixed Gas @ 60% Duty Cycle | 430A |
Wire Size Options | 1.0mm – 1.6mm (0.040″ – 1/16″) |
Length Options | 3m, 4m, 5m |
Fitting Options | Euro Fitting |
Conforms To | EN60974-7 |
B5033-30 | Plain 1.0mm – 1.2mm (0.040″ – 0.045″) x 3m |
B5033-40 | Plain 1.0mm – 1.2mm (0.040″ – 0.045″) x 4m |
B5033-50 | Plain 1.0mm – 1.2mm (0.040″ – 0.045″) x 5m |
B5034-30 | Plain 1.2mm – 1.6mm (0.045″ – 1/16″) x 3m |
B5034-40 | Plain 1.2mm – 1.6mm (0.045″ – 1/16″) x 4m |
B5034-50 | Plain 1.2mm – 1.6mm (0.045″ – 1/16″) x 5m |
B2513-30 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 3m |
B2513-40 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 4m |
B2513-50 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 5m |
B3626-30 | Teflon 1.2mm – 1.6mm (0.045″ – 1/16″) x 3m |
B3626-40 | Teflon 1.2mm – 1.6mm (0.045″ – 1/16″) x 4m |
B3626-50 | Teflon 1.2mm – 1.6mm (0.045″ – 1/16″) x 5m |
B5033-30 | Plain 1.0mm – 1.2mm (0.040″ – 0.045″) x 3m |
B5033-40 | Plain 1.0mm – 1.2mm (0.040″ – 0.045″) x 4m |
B5033-50 | Plain 1.0mm – 1.2mm (0.040″ – 0.045″) x 5m |
B5034-30 | Plain 1.2mm – 1.6mm (0.045″ – 1/16″) x 3m |
B5034-40 | Plain 1.2mm – 1.6mm (0.045″ – 1/16″) x 4m |
B5034-50 | Plain 1.2mm – 1.6mm (0.045″ – 1/16″) x 5m |
B2513-30 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 3m |
B2513-40 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 4m |
B2513-50 | Teflon 1.0mm – 1.2mm (0.040″ – 0.045″) x 5m |
B3626-30 | Teflon 1.2mm – 1.6mm (0.045″ – 1/16″) x 3m |
B3626-40 | Teflon 1.2mm – 1.6mm (0.045″ – 1/16″) x 4m |
B3626-50 | Teflon 1.2mm – 1.6mm (0.045″ – 1/16″) x 5m |
Volumetric Air Flow Requirements
Volume Flow
Suction Nozzle
PRO-FUME 360A | PRO-FUME 501W |
63 m^3/hr | 70 m^3/hr |
Rear Connector
PRO-FUME 360A | PRO-FUME 501W |
74 m^3/hr | 98 m^3/hr |
Rear Suction
Static
PRO-FUME 360A | PRO-FUME 501W |
4.5 Kpa | 10.8 Kpa |
Incorporating PRO-Grip™ Handle System
Every detail of the PRO-Grip™ Torch Handle has been engineered with the user in mind. We work to ensure that every aspect of the design is simple, comfortable and effective, by reducing fatigue, increasing comfort and improving performance.
- Provides a perfect balance between comfort and style.
- Light and ergonomic screwless handle design ensures comfort all day long, with improved wire feeding.
- Reduced trigger reach for improved comfort.
- Ball joint and flexible tapered support for balance, control and free movement.
MIG Fume Consumables
Front end consumables are finished so that they are lightweight but durable, fully insulated from the neck conductor, and fully sealed to prevent vacuum ingress into the protective gas nozzle chamber.
Roll Marking
All Parweld Consumables are Roll Marked to enable you to identify genuine Parweld products.
PFE3615 Cylindrical Nozzle
PFE3616 Conical Nozzle
PFE3617 Tapered Nozzle
PFE3605 Spatter Insulator
PFE3693 Suction Nozzle
B2504 ECu Contact Tips
Wire Sizes = 0.8mm (0.030") - B2504-08 | 0.9mm (0.035") - B2504-09 | 1.0mm (0.040") - B2504-10 | 1.2mm (0.045") - B2504-12
B2504 ECu (CR Plated) Contact Tips
Wire Sizes = 0.8mm (0.030") - B2504-08CR | 0.9mm (0.035") - B2504-09CR | 1.0mm (0.040") - B2504-10CR | 1.2mm (0.045") - B2504-12CR
B2504 ECu, Al Contact Tips
Wire Sizes = 1.0mm (0.040") - B2504-10A | 1.2mm (0.045") - B2504-12A
B2505 CuCrZr Contact Tips
Wire Sizes = 0.8mm (0.030") - B2505-08 | 0.9mm (0.035") - B2505-09 | 1.0mm (0.040") - B2505-10 | 1.2mm (0.045") - B2505-12
PFE3612 Tip Adaptor
PFE3606 Head Insulator
PFE3603 Swan Neck
B1518 Gun Plug Housing
B1519 Gun Plug Nut
PFE0018 Vacuum Hose Connector Housing
PFE0018 Vacuum Hose Connector Housing
PFE5027 Cylindrical Nozzle
PFE5028 Conical Nozzle
PFE5029 Tapered Nozzle
PFE3605 Spatter Insulator
PFE3693 Suction Nozzle
B4014 ECu Contact Tips
Wire Sizes = 0.9mm (0.035") - B4014-09 | 1.0mm (0.040") - B4014-10 | 1.2mm (0.045") - B4014-12 | 1.4mm (0.055") - B4014-14 | 1.6mm (1/16") - B4014-16
B4014 ECu (CR Plated) Contact Tips
Wire Sizes = 1.0mm (0.040") - B4014-10CR | 1.2mm (0.045") - B4014-12CR
B4014 ECu, Al Contact Tips
Wire Sizes = 1.0mm (0.040") - B4014-10A | 1.2mm (0.045") - B4014-12A | 1.6mm (1/16") - B4014-16A
B4015 CuCrZr Contact Tips
Wire Sizes = 1.0mm (0.040") - B4015-10 | 1.2mm (0.045") - B4015-12 | 1.4mm (0.055") - B4015-14 | 1.6mm (1/16") - B4015-16
PFE5001 Tip Adaptor
PFE3606 Head Insulator
PFE5002 Swan Neck
B5022 Gun Plug Housing
B1519 Gun Plug Nut
PFE0018 Vacuum Hose Connector Housing
MIG Fume Compatibility
Parweld PRO-FUME MIG/MAG Welding Torches are compatible with the majority of fume extraction units. Care should be taken to ensure the correct extraction level is set for reliable performance.