DAG6220 (50 pcs per box) 6" GREEN Hook&Loop Sanding Disc 220 - High Teck Products

The High Teck Products DAG6220 (50 pcs per box) 6" GREEN Hook&Loop Sanding Discs are engineered for professional technicians and mechanics seeking reliable, high-performance abrasives across automotive and industrial applications. Crafted with premium aluminum oxide grain, a flexible latex paper backing, and a strong phenol resin bond, these 220-grit discs deliver efficient material removal and consistent finishes. The Hook&Loop attachment system ensures quick and easy disc changes, optimizing workflow and minimizing downtime.

Key Features

• Premium Aluminum Oxide Grain: Provides aggressive cutting action and extended disc life, ensuring consistent performance on various materials. This durable abrasive is known for its ability to resist wear and maintain sharpness.
• Flexible Latex Paper Backing: Offers high flexibility and resistance to cracking and edge wear, allowing the disc to conform to contours and deliver a consistent surface finish.
• Strong Phenol Resin Bond: Securely holds the abrasive grains, enhancing durability and performance under demanding sanding conditions, while providing excellent temperature resistance.
• Hook&Loop Attachment: Facilitates rapid and secure disc changes, improving operational efficiency and reducing time spent on abrasive replacement.
• Dust-Reducing Performance: Designed to minimize airborne particles during use, contributing to a cleaner work environment.

Applications

The High Teck Products DAG6220 sanding discs are highly versatile and suitable for a broad spectrum of professional tasks. In automotive settings, they are ideal for blending and finishing on aluminum and carbon steel. They also excel in preparing surfaces for primer, paint, sealers, topcoats, fiberglass, and plastics, ensuring a smooth foundation for subsequent coatings. For industrial and woodworking applications, these discs are effective for heavy and medium stock removal, as well as achieving refined finishes on hardwoods, softwoods, and composite materials.