![](https://www.walter.com/documents/10195/2306500/safe_in280x205.jpg/5ffc8066-f5ba-4cfa-a3da-a2eee74424ee?t=1510089356584)
No more pickling paste
No heavy duty protection required. SURFOX electrolyte solutions are NSF registered to be used in food plants and pose no health hazards to operators.
![](https://www.walter.com/documents/10195/2306500/time-saving280x205.jpg/b104f765-74a5-48a7-a755-8166a9ce0cc0?t=1510089395961)
Clean and passivate 3 to 5 feet of TIG Weld per minute.
![](https://www.walter.com/documents/10195/2306500/preservesurface280x205.jpg/ad342fc5-e669-4ffe-ab81-5fdbfdeeb77d?t=1510089489746)
SURFOX will not alter the material surface, compared to other mechanical solutions.
![](https://www.walter.com/documents/10195/2306500/support280x205.jpg/87f1eebb-9ee9-4624-91d5-92c01dcd54a4?t=1510089372411)
For any questions contact us or email us at:
1 800 363-7368
csr@walter.com
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SURFOX™ 305
The industry’s safest and fastest MIG & TIG weld cleaning system.
Discover Surfox™ 305The Stainless World
- Surface Finishing
Stainless steel is frequently chosen for architectural installations because of its physical characteristics (weldability, deformability, corrosion resistance, etc.)..
Learn more - Electrochemical Cleaning
Electrochemical cleaning cleans metal after mechanical processing (including welding). The metal workpiece is immersed in an electrochemical bath typically filled..
Learn more - MIG Welding
Arc MIG/MAG welding with continuous wire is a set of welding processes in which heat is generated by an arc striking between a fuse wire and the workpiece..
Learn more - TIG Welding
Arc welding with an infusible electrode and inert gas protection is commonly called TIG (Tungsten Inert Gas). TIG welding is an autogenous process in which heat..
Learn more - Electropolishing
Electropolishing creates a mirror-like surface on dull metals by selectively removing specific particles from the outer surface of the workpiece. When an electric current (DC)..
Learn more - Passivation
Corrosion resistance of stainless steel and other metals depends solely on the metal’s surface conditions, particularly the amount of surface oxides present (passive layer).
Learn more