Arc Torchology is consistently working to further the design of welding torches, pushing performance levels and advancing functionality.

Bi-Flow2 technology represents advancement in MIG torch cooling. This innovative system delivers superior heat dissipation, enabling torches to function at higher amperages and produce exceptional weld quality while extending consumable life.

How Bi-Flow2 Cooling Works

Bi-Flow2 employs an advanced system of internal channels within the Mig torch body. This design optimises the flow of coolant, significantly reducing temperatures in key areas. The result is a torch that can handle higher amperages, producing superior welds while maintaining durability and longevity.

Key Benefits of Bi-Flow2

Enhanced Cooling Efficiency
Bi-Flow2 technology provides superior heat dissipation, allowing the torch to operate at higher temperatures without sacrificing performance.

Increased Uptime
Consumables take less heat related damage, therefore minimising downtime and maximising productivity.

Superior Weld Quality
Consistent arc stability at higher amperages translates to improved weld penetration, reduced spatter, and overall better weld quality.

Operator Comfort
Lower torch body temperatures enhance operator comfort and reduce fatigue during extended welding sessions.

The Future of Mig Welding

Arc Torchology’s commitment to pushing the boundaries of welding technology is evident in the development of Bi-Flow2. As the industry continues to evolve, we can expect even more innovative solutions from Arc Torchology. By incorporating Bi-Flow2 technology into Arc Mig torches, welders can experience improved efficiency, productivity, and weld quality.