11T662 - Walter ZIP ONE 6-Inch Type 27 Thin Cutting Wheel

Precision Cutting for Thin Gauge Metals

The Walter ZIP ONE 6" x 1/32" Type 27 Cutting Wheel (11T662) represents a significant leap forward in abrasive technology, specifically engineered for the industrial fabrication of thin gauge steel and stainless steel. In environments where precision and material integrity are paramount—such as aerospace manufacturing, pharmaceutical equipment production, and architectural metalwork—the ZIP ONE delivers unparalleled performance. With a thickness of just 1/32" (approximately 1mm), this wheel is designed to slice through material with minimal resistance, drastically reducing the heat affected zone (HAZ). This "cool cutting" capability is critical when working with heat-sensitive alloys, as it prevents blueing, discoloration, and warping, thereby eliminating the need for time-consuming post-weld cleaning or surface restoration.

Safety and structural integrity are often concerns with ultra-thin wheels, but Walter Surface Technologies has addressed this with a reinforced Type 27 (depressed center) design. This configuration not only provides the necessary rigidity to prevent wheel flexing during operation but also allows for flush cutting capabilities and better clearance in tight spaces compared to flat Type 1 wheels. The unique formulation of the abrasive grain ensures a consistent cut rate throughout the life of the wheel, while the vibration-free operation protects expensive machinery and reduces operator fatigue during extended use.

For industrial MRO and fabrication shops, the ZIP ONE offers a direct efficiency upgrade. By producing clean, burr-free cuts straight off the tool, technicians can bypass secondary deburring steps, streamlining the workflow. Whether used for cutting body panels, fabricating ductwork, or trimming intricate stainless steel components, the 11T662 wheel provides the control and finish quality required by professional tradespeople. It is compatible with standard 6-inch angle grinders and is optimized to maintain its cutting speed without bogging down, ensuring that production targets are met with precision.