
The Walter Surface Technologies Surfox High Conductivity Cleaning Brush (Model 54-B-055) is a critical consumable designed for the Surfox electrochemical weld cleaning systems. Engineered with premium carbon fiber materials, this brush is specifically formulated to conduct the electrical current necessary for the rapid removal of heat tint, discoloration, and surface contaminants from stainless steel TIG and spot welds. Unlike abrasive methods that can alter the surface finish, the electrochemical process utilizes this brush in conjunction with Surfox electrolyte solutions to clean and passivate the metal surface simultaneously, restoring the chromium oxide layer and ensuring corrosion resistance in compliance with ASTM A967 standards.
This high-conductivity variant is optimized for speed and efficiency, allowing operators to clean welds at a faster rate than standard brushes. The brush fibers are designed to hold the electrolyte solution effectively, ensuring consistent coverage and electrical contact during the cleaning process. It is an essential component for industries requiring high-quality finishes on stainless steel, such as food and beverage processing, pharmaceutical equipment manufacturing, and architectural fabrication. The 5-pack configuration ensures that facilities have an adequate supply of consumables to maintain continuous operation without downtime.
Proper usage of the 54-B-055 brush involves mounting it to the Surfox wand using the appropriate clamping sleeve or ring. The flexibility of the carbon fibers allows the brush to navigate complex geometries, including inside corners and tight angles, where rigid electrodes or mechanical abrasives cannot reach. This capability ensures a uniform finish across the entire workpiece, maintaining the integrity and aesthetic quality of the stainless steel fabrication.
| Additional Information |
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| Packaging Description:1 per each, 5 per pak |
| Material:Carbon Fiber |
| Series:SURFOX |
| Application:Electrochemical Weld Cleaning, Stainless Steel Passivation |