06F512 - Walter Enduro-Flex Stainless 5-Inch Flap Disc 120 Grit Spin-On

High-Performance Finishing for Stainless Steel

The Walter Enduro-Flex Stainless (06F512) is a premium 5-inch flap disc designed specifically for the challenges of finishing stainless steel and aluminum. Featuring a fine 120 grit abrasive, this disc is engineered to provide a consistent, high-quality surface finish while eliminating the steps typically required when using traditional sanding discs. The integrated Spin-On hub ensures rapid wheel changes, minimizing downtime and maximizing productivity in industrial environments.

Eco-Trim Sustainable Backing

One of the standout features of the Enduro-Flex series is the patented ECO-TRIM backing. Made from natural, sustainable plant fibers, this backing is not only environmentally friendly but also highly functional. As the abrasive flaps wear down, the backing can be easily trimmed away, exposing fresh abrasive material. This innovative design can extend the useful life of the disc by up to three times, offering significant cost savings over the lifespan of the product.

Cool Cutting and Non-Loading

Heat buildup is a primary concern when working with stainless steel, as it can lead to discoloration and warping. The Enduro-Flex Stainless disc utilizes a specialized top coat and abrasive formulation that promotes cool cutting, preserving the integrity of the workpiece. Additionally, the disc is designed to resist loading, making it an excellent choice for soft, non-ferrous metals like aluminum and copper alloys. This versatility makes it an essential tool for fabrication shops handling diverse materials.

Operator Safety and Comfort

Beyond performance, Walter has prioritized operator well-being. The disc is balanced to run vibration-free, reducing hand-arm fatigue during extended use. The quiet operation further improves the working environment. Furthermore, the abrasive is guaranteed to be free of iron, sulfur, and chlorine (less than 0.1%), ensuring it will not contaminate stainless steel surfaces, which is critical for food processing and nuclear applications.