07T907 - Instant Polish Mirror Finish Paste 1200g

Technical Overview of Walter Instant Polish Paste

The Walter 07T907 Instant Polish™ Paste is a premium-grade chemical compound designed for the final stages of metal finishing. Engineered by Walter Surface Technologies, this paste is formulated to bring stainless steel, aluminum, and other non-ferrous metals to a true mirror finish (Ra < 0.05 µm). Unlike generic buffing compounds that may rely on heavy fillers, Instant Polish™ utilizes a highly refined abrasive suspension that cuts and colors in a single action when used with the appropriate felt or cloth media. The 1200g tube is sized for industrial throughput, ensuring consistent supply for large-scale architectural or pharmaceutical fabrication projects.

One of the critical technical advantages of this formulation is its purity. It is entirely free of silicone and wax. In sensitive industrial environments—such as paint shops, aerospace facilities, or food processing plants—the presence of silicone can cause severe contamination issues (e.g., fisheyes in paint). By eliminating these additives, Walter ensures that the surface remains chemically clean and ready for subsequent processing or final inspection. Furthermore, the paste is CFIA approved, making it compliant for use in food and beverage equipment manufacturing where surface hygiene and cleanability are paramount.

Application of the 07T907 paste is best achieved using a variable speed angle grinder or a linear finishing tool equipped with a felt disc or drum. The paste possesses high thermal stability, meaning it does not break down or burn easily under the friction heat generated during the buffing process. This stability prevents the formation of heat-induced discoloration or 'smears' on the workpiece, ensuring a uniform, high-reflectivity surface. It effectively removes the micro-scratches left by pre-polishing steps (such as those from Unitized wheels) and resolves any remaining halos, delivering a depth of clarity that meets the most rigorous aesthetic standards.