54B077 - Walter Surfox 85x54mm Reusable Marking Stencil

Precision Marking with the Walter 54B077 Stencil

The Walter 54B077 85x54mm Stencil is a specialized accessory engineered for use with electrochemical weld cleaning and marking systems, specifically the renowned Surfox line by Walter Surface Technologies. Designed to meet the rigorous demands of industrial fabrication, this stencil allows operators to permanently etch logos, serial numbers, QR codes, or technical specifications directly onto stainless steel surfaces. The 85mm by 54mm dimension offers a versatile canvas size, roughly equivalent to a standard credit card, making it ideal for compact yet legible branding on tanks, pipes, food processing equipment, and architectural metalwork.

Constructed from high-quality, durable materials, the 54B077 is built to withstand the conductive electrolytes and electrical currents used during the electrochemical marking process. Unlike disposable vinyl stencils, this product is fully reusable. With proper care—specifically rinsing with water or a neutralizing agent immediately after use—this stencil can deliver hundreds of clear, crisp impressions. This reusability makes it an extremely cost-effective choice for production runs where consistent branding is required across multiple units.

The stencil functions by allowing the electrolyte fluid to pass through specific mesh areas while blocking others, creating a precise circuit that oxidizes the metal surface. This results in a permanent mark that does not alter the surface texture significantly but provides high visual contrast. Whether you are marking in AC mode for a black oxide mark or DC mode for a white etch, the Walter 54B077 ensures that the edges of your design remain sharp and professional. It is an essential tool for any workshop looking to maintain traceability and brand identity on their stainless steel products without investing in expensive laser marking equipment.

Integration is seamless for existing Surfox users. The stencil is simply taped or held in place over the workpiece, and the marking wand (equipped with a marking pad and electrolyte) is passed over it. The process is instantaneous, safe, and leaves a mark that is resistant to heat, chemicals, and mechanical wear, ensuring your product information remains legible for the lifespan of the part.