54B073 - Walter Surfox 170x108mm Reusable Marking Stencil

Precision Electrochemical Marking with Walter 54B073

The Walter 54B073 170x108mm Stencil is a specialized accessory designed for the high-precision requirements of industrial electrochemical marking. Engineered to work seamlessly with Walter Surface Technologies' Surfox weld cleaning and marking systems, this stencil facilitates the permanent etching of logos, serial numbers, specifications, and other critical data onto stainless steel surfaces. Unlike temporary markers or adhesive labels, electrochemical marking modifies the surface of the metal, creating a durable, corrosion-resistant mark that withstands harsh industrial environments.

Constructed from high-quality, electrolyte-resistant materials, this stencil is built for longevity and repeated use. The 170mm x 108mm dimension provides a substantial working area, accommodating larger company logos or detailed informational blocks. In the context of MRO and fabrication, the ability to reuse a stencil significantly reduces consumable costs compared to single-use vinyl stencils. The mesh composition allows for the even flow of electrolyte fluid (such as Surfox-M or Surfox-E), ensuring that the electrical current passes through to the workpiece with uniform density. This results in crisp, high-contrast marks—whether black (oxidized) or white (etched)—depending on the machine settings (AC or DC) and the specific electrolyte employed.

Maintenance of the 54B073 is straightforward, requiring only a thorough rinse with water or a neutralizing agent after operation to prevent electrolyte crystallization within the mesh. This care ensures that the stencil maintains its definition and permeability for future applications. For industrial distributors and supply chain managers, stocking the 54B073 ensures that clients utilizing Surfox systems have the necessary tooling to maintain full traceability and branding compliance on their stainless steel fabrications.

This product represents a critical component in the non-destructive testing and identification workflow. By utilizing the electrochemical process, the stencil allows for marking without introducing stress risers or thermal distortion to the base material, preserving the mechanical integrity of the component while ensuring permanent identification.