15X606V - Walter Coolcut XX 6-Inch Resin Fiber Sanding Disc 60 Grit (5-Pack)

Premium Industrial Sanding Discs for Heavy-Duty Applications

The Walter Coolcut XX Sanding Disc (SKU: 15X606V) represents the pinnacle of abrasive technology for industrial metalworking. Designed to meet the rigorous demands of fabrication shops and manufacturing facilities, this 6-inch resin fiber disc features a premium blend of ceramic abrasive grains. This advanced composition allows for exceptionally aggressive stock removal, making it an essential tool for heavy grinding tasks, weld removal, and surface preparation on tough materials.

One of the critical challenges in metal finishing is heat management. Excessive heat can lead to discoloration, warping, and structural changes in the metal, particularly when working with stainless steel. The Coolcut XX series addresses this with specialized cooling agents integrated into the disc's coating. These agents actively reduce friction and heat generation during the grinding process, ensuring the workpiece remains cool and the integrity of the metal is preserved. This feature is particularly beneficial for high-throughput environments where continuous grinding is required.

Durability is another hallmark of the Walter 15X606V. The self-sharpening nature of the ceramic grains ensures that the disc maintains a consistent cutting rate throughout its lifespan, rather than dulling quickly like conventional abrasives. This longevity translates to reduced downtime for disc changes and lower overall consumable costs for the facility. With a 60-grit rating, this disc provides a versatile medium-coarse finish, suitable for both rapid material removal and preparing surfaces for finer finishing steps. Packaged in a convenient set of 5, these discs are compatible with standard 6-inch angle grinders using a suitable backing pad.

Key Industrial Benefits:

• High Removal Rate: Ceramic grain technology powers through tough metals.
• Heat Control: Prevents thermal damage to sensitive alloys.
• Cost Efficiency: Long life reduces the frequency of replacements.