11T152V - Walter Zipcut 5-Inch Type 27 Depressed Center Cut-Off Wheel (5-Pack)

High-Performance Type 27 Cutting Technology

The Walter Zipcut 11T152V represents the pinnacle of abrasive engineering, combining the industry-leading formulation of the standard Zipcut with the structural advantages of a Type 27 depressed center geometry. This 5-pack configuration provides industrial professionals with a premium solution for applications requiring both speed and geometric versatility. The wheel measures 5 inches in diameter with a 3/64-inch thickness and a standard 7/8-inch arbor, making it compatible with most industrial 5-inch angle grinders. The Type 27 design features a raised hub that allows the locking nut to be recessed, thereby enabling the operator to utilize the face of the wheel for flush cutting operations without interference from the grinder spindle.

Engineered with Walter's exclusive rib design, these wheels reduce surface contact friction, which significantly lowers the thermal load on the workpiece. This is critical when working with heat-sensitive materials like stainless steel, as it prevents discoloration and preserves the metallurgical integrity of the base metal. The reinforced matrix of the wheel ensures structural stability even under the lateral stresses occasionally encountered during flush cutting. With a maximum speed rating of 12,200 RPM, the 11T152V delivers aggressive material removal rates while maintaining a long service life, ultimately reducing the total cost per cut in high-volume fabrication environments.

This product is specifically formulated to handle a wide range of ferrous metals, including structural steel, sheet metal, and stainless steel alloys. The 11T152V packaging offers a convenient quantity for maintenance departments and mobile repair units, ensuring that high-quality consumables are available without the need for bulk inventory management. By integrating the Zipcut Type 27 into your abrasive inventory, you ensure compliance with high safety standards while maximizing operational efficiency.