Product Details
Trim-Kut™ 3" 36 Grit Aluminum Oxide Quick Change Disc (20 Pieces) (63-300-036) by Mirka Abrasives®. Trim-Kut discs are made of premium aluminum oxide grains bonded to a special, durable polymer backing. This special backing enables the discs to be used without a backing pad. The aggressive grinding action in combination with the cool cutting results in a rapid stock removal for many different applications. Trim-Kut discs may be trimmed as needed to expose new grinding surfaces.
Specifications
| Diameter: 3" |
| Abrasive Type: Coated |
| Grit: 36 |
| Grit Grade: Extra Coarse |
| Material: Aluminum Oxide |
| Attachment Type: Threaded Arbor |
| Backing Material: Polymer |
| Color: Gold |
| Bonding Type: Resin |
| Coat Type: Semi-open |
Includes
- (20) Aluminum Oxide Quick Change Discs
Features
- Developed using the latest in surface finishing technology
- Created to help you realize your professional and DIY projects
- Made to meet high industry standards for quality and safety
- Expertly fabricated using the finest materials and equipment
Designed by a company with long-standing experience and passion for perfect surfaces, this product offers optimized and practical surface finishing solutions. It was elaborately developed with innovative advancements and modern equipment to be unsurpassed in quality and high in value. Backed by Mirka's expertise, it offers good benefits in terms of efficiency and reliability. In addition, this Mirka product is budget-friendly so it won't drain your pocketbook. Made with longevity in mind, it is guaranteed to provide reliable and hassle-free service for the long haul.
Mirka Ltd® is a world leader in surface finishing technology and offers a broad range of groundbreaking sanding solutions for the surface finishing and precision industry. Decades of experience and a strong commitment to product development has seen us become a pioneering specialist in flexible abrasives and revolutionary, patented products which allow customers to enjoy a truly dust-free surface finishing process.