FlexOvit Depressed Center Grinding Wheels
FlexOvit Depressed Center Grinding Wheels
FlexOvit Depressed Center Grinding Wheels are engineered for aggressive material removal, long life, and exceptional durability across a wide range of industrial grinding applications. Designed with a Type 27 depressed center, these wheels offer enhanced operator control, safer grinding angles, and superior visibility during use, making them ideal for heavy-duty grinding tasks.
Manufactured using high-quality abrasive grains such as aluminum oxide, zirconia alumina, and ceramic alumina, FlexOvit grinding wheels deliver fast, cool cutting with minimal vibration and wear. The resin-bonded structure, reinforced with multiple layers of high-strength fiberglass, ensures safety and structural integrity during high-RPM operations. These wheels are available in a wide range of diameters (typically 4” to 9”), thicknesses (1/4" is standard for grinding), and arbor hole sizes (most commonly 5/8"-11 or 7/8").
FlexOvit Depressed Center Grinding Wheels are designed for use with right-angle grinders and can tackle a variety of metals including carbon steel, stainless steel, cast iron, and alloy steel. These wheels are suitable for beveling, weld grinding, edge chamfering, and surface preparation, providing consistent performance in metal fabrication, construction, shipbuilding, automotive repair, and maintenance operations.
Applications extend to both light and heavy grinding tasks, offering versatility in demanding environments. Their aggressive stock removal capabilities combined with long wheel life reduce downtime and maximize productivity. The depressed center design also allows better clearance when working in confined or recessed areas.
Professionals choose FlexOvit Depressed Center Grinding Wheels for their precision, performance, and reliability. Backed by rigorous quality standards and available in multiple grit sizes, these wheels are essential tools in any metalworking or industrial grinding operation, where efficiency and durability are critical.