Holiday Special Carborundum Carbo Surface Prep Non-woven Quick-change Disc, Type Iii, 2", Extra Coarse - 50 Per Bx - 5539554461 Series [PpQKF8Uh]

Carborundum Carbo Surface Prep Non-Woven Quick-Change Disc

Introducing the Carborundum Carbo Surface Prep Non-Woven Quick-Change Disc, a versatile and efficient solution for various surface preparation tasks. This disc is designed to deliver exceptional performance on non-ferrous and soft metals, making it an ideal choice for deburring, finishing, and blending applications. With its extra coarse aluminum oxide abrasive material, it ensures a thorough and effective surface treatment.

• Abrasive Material: Aluminum Oxide
• Color: Black

Key Features and Specifications

The Carbo Surface Prep disc boasts several key features that set it apart from other surface preparation tools. It is made from durable non-woven material, which provides excellent durability and flexibility. The quick-change design allows for easy replacement of the disc, saving time and effort during your work process. The disc is available in a convenient box of 50, ensuring a steady supply for your projects.

• Applicable Materials: Non-Ferrous; Soft Metals
• Applications: Deburring; Finishing; Blending

Practical Uses and Benefits

This Carborundum Carbo Surface Prep disc is designed to handle a wide range of tasks, making it a valuable addition to any workshop. Whether you are working on metal fabrication, automotive repair, or any other project that requires precise surface preparation, this disc will deliver the results you need. Its black color and 2-inch diameter make it suitable for use with right angle grinders, providing a versatile and convenient solution.

• Mounting: Back-Up Pad
• Roughness Grade: Extra Coarse A/O

The Carborundum Carbo Surface Prep Non-Woven Quick-Change Disc is a reliable and efficient tool that will help you achieve professional-grade results in no time. With its superior abrasive properties and user-friendly design, it is the perfect choice for any surface preparation task.