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Arc M Torch Range

SIC Technology: Reduce Spatter, Increase Efficiency

10.12.24

For welders, spatter buildup on the nozzle is a constant battle. It disrupts the flow of the shielding gas, leading to poor weld quality, shortens nozzle lifespan due to overheating, plus removal and cleaning wastes valuable production time.

But, there is an answer – Arc Torchology’s SIC Technology provides a solution to spatter build up issues.

What is SIC Technology?

SIC Technology is a unique design feature that incorporates a specially designed “well” within the welding nozzle. This well acts as a trap, capturing molten metal particles that would otherwise accumulate within the nozzle.  The well works in conjunction with the nozzle retention system, allowing for the quick and easy removal of both the nozzle and the collected spatter ring.

Benefits of SIC Technology:

Reduced Downtime
Quick, easy spatter removal from the inside of the nozzle means more time welding. The shape of the nozzle limits spatter adhesion, helping to reduce build up externally.

Extended Consumable Life
With less spatter build up on the nozzle internally, there’s less damage occurring to both the nozzle and contact tip, extending their lifespan and reducing consumable replacement costs.

Enhanced Efficiency
Faster cleaning times and reduced consumable replacement lead to a more streamlined welding process, boosting overall efficiency and productivity.

Improved Weld Quality
By minimizing contamination from spatter, SIC Technology helps ensure cleaner, more consistent welds, meeting even the most demanding quality standards.

SIC Technology is a game-changer for welders seeking to improve efficiency, reduce downtime, and achieve superior weld quality. By minimizing spatter buildup and streamlining the welding process, SIC Technology allows focus on what matters most – producing quality welds.

Arc Torchology’s Industrial and High Performance Arc-M Mig welding torches feature SIC Technology as standard. For more information on torches in the range, visit High Performance Mig