15X458 - Walter Coolcut XX 4.5 Inch 80 Grit Resin Fiber Sanding Disc

Maximize Fabrication Efficiency with Walter Coolcut XX Technology

In high-volume industrial fabrication environments, time is the most valuable resource. The Walter 15X458 Coolcut XX Sanding Disc is engineered to address the critical need for speed and longevity in abrasive operations. Utilizing Walter's proprietary Cyclone™ Technology, this 4-1/2 inch, 80-grit disc represents a significant leap forward in abrasive performance, designed specifically to reduce total cost of ownership by minimizing downtime associated with disc changeovers.

The Coolcut XX series is not just another sanding disc; it is a productivity tool. Testing indicates that these discs can deliver up to six times more stock removal and double the cutting speed of traditional aluminum oxide or zirconia discs. For facility managers and procurement specialists, this translates to reduced consumable inventory requirements and lower labor costs per part finished. The aggressive nature of the grain structure allows operators to remove heavy welds and blend surfaces rapidly without sacrificing the quality of the finish.

Versatility is key in modern MRO and fabrication shops. The 15X458 is formulated to perform exceptionally well across a broad spectrum of materials, including carbon steel, aluminum, and difficult-to-machine alloys. It is particularly effective on stainless steel, where heat generation can be a concern; the Coolcut XX design helps mitigate heat buildup, preserving the integrity of the workpiece. By integrating these high-performance discs into your supply chain, you ensure that your workforce is equipped with tools that match the intensity of their workload.

Industrial Applications

• Heavy-duty weld removal in structural steel fabrication.
• Surface preparation and blending on stainless steel tanks and vessels.
• Rapid stock removal on aluminum components without excessive loading.
• General purpose grinding and finishing in automotive and aerospace manufacturing.