The SURFOX™ 305 is our patented electrochemical weld cleaning system for stainless steel and aluminum. It quickly and easily removes heat tint from the heat-effected zone of MIG, TIG and spot welds, cleaning the surface and allowing passivation on stainless steel to begin without altering the surface finish. The integrated tank and flow-through system ensures the electrolyte solution is delivered directly to the workpiece, minimizing the potential for spillage or cross-contamination. The dynamic current control also ensures that the electrical current will not cause micropitting on the surface.
FEATURES
Switchable output: AC Mode: cleaning & marking - DC Mode: polishing & etching
Easily cleans MIG welds, TIG & spot welds
Exclusive quick-change brush system to easily change out accessories and reduce downtime
Ability to clean larger and hard to reach areas with our new brushes
Integrated reservoir reduces the potential for contaminating or spilling the electrolyte solution
Built-in vapor dispersion system
The SURFOX™ 305 is our patented electrochemical weld cleaning system for stainless steel and aluminum. It quickly and easily removes heat tint from the heat-effected zone of MIG, TIG and spot welds, cleaning the surface and allowing passivation on stainless steel to begin without altering the surface finish. The integrated tank and flow-through system ensures the electrolyte solution is delivered directly to the workpiece, minimizing the potential for spillage or cross-contamination. The dynamic current control also ensures that the electrical current will not cause micropitting on the surface.
FEATURES
- Switchable output: AC Mode: cleaning & marking - DC Mode: polishing & etching
- Easily cleans MIG welds, TIG & spot welds
- Exclusive quick-change brush system to easily change out accessories and reduce downtime
- Ability to clean larger and hard to reach areas with our new brushes
- Integrated reservoir reduces the potential for contaminating or spilling the electrolyte solution
- Built-in vapor dispersion system
