54B066 - Walter Surfox Electrochemical Marking Stencil 2.5x7 Inch

Professional Electrochemical Marking Stencil for Surfox Systems

The Walter 54B066 is a specialized marking stencil designed for integration with the Surfox electrochemical weld cleaning and marking systems. Measuring 2-1/2 inches by 7 inches, this stencil provides a substantial surface area for etching company logos, part numbers, QR codes, technical specifications, or safety warnings directly onto stainless steel surfaces. Unlike traditional adhesive labels or ink-based markers, electrochemical marking creates a permanent, dark imprint on the metal surface without altering the passive layer or compromising the corrosion resistance of the stainless steel.

Engineered for precision and durability, this stencil is constructed to withstand the electrolytic process required for AC or DC marking. When used in conjunction with a Surfox machine equipped with a marking kit (PRO or standard) and the appropriate electrolyte solution, the 54B066 stencil ensures high-definition transfer of designs. The mesh quality is selected to allow optimal electrolyte flow while maintaining sharp edge definition, preventing bleeding or fuzzy characters often associated with inferior marking methods.

This component is essential for fabrication shops requiring traceability and branding compliance. It serves as the medium through which the electrical current passes to oxidize the surface in a controlled pattern. The 2-1/2" x 7" size is particularly versatile, fitting a wide range of pipe diameters, flat sheets, and structural components. Whether used for single-piece identification or batch processing, the Walter Surfox stencil system delivers consistent, professional results that meet industry standards for permanent identification.

Proper care and cleaning of the stencil after each use will extend its service life, making it a reusable asset in the production line. It is compatible with standard Surfox marking pads and wands, ensuring seamless operation for existing Walter equipment users.