15X602V - Walter Coolcut XX 6" Resin Fibre Sanding Disc, 24 Grit (Pack of 5)

High-Performance Material Removal

The Walter 15X602V Coolcut XX Sanding Disc is engineered for industrial environments requiring aggressive stock removal and superior longevity. This 6-inch resin fibre disc features a coarse 24 grit, making it the optimal choice for heavy-duty applications such as leveling welds, beveling plates, and removing deep surface imperfections. The Coolcut XX series utilizes a proprietary blend of ceramic grains that self-sharpen during use, ensuring a consistent cut rate throughout the life of the disc.

Advanced Thermal Management

Heat generation is a critical concern in metal fabrication, often leading to workpiece discoloration or warping. Walter's Coolcut technology incorporates specialized cooling agents directly into the top coat of the abrasive. This design actively reduces friction and heat buildup at the contact point, allowing operators to grind aggressively without compromising the integrity of the base metal. This feature is particularly beneficial when working with heat-sensitive materials like stainless steel.

Operational Efficiency

Designed for professional use, these discs are compatible with standard 6-inch angle grinders equipped with a suitable backing pad. The 6-inch diameter provides a larger surface area compared to standard 4.5-inch discs, resulting in fewer disc changes and increased productivity on extensive jobs. This specific SKU is supplied in a pack of 5, offering a convenient quantity for maintenance teams, small fabrication shops, or trial applications before committing to bulk quantities.

Durability and Safety

Walter Surface Technologies manufactures the Coolcut XX discs to meet rigorous safety and durability standards. The reinforced fibre backing provides the necessary stiffness for high-pressure grinding while maintaining enough flexibility to contour slightly to the workpiece. By resisting loading and glazing, these discs maintain their cutting efficiency longer than conventional aluminum oxide discs, reducing downtime and abrasive costs over time.