Complete Combiclick® Surface Conditioning Disc - 4-1/2" Aluminum Oxide, Medium Grade (10pc) Gadget [IEW9ZvRU]

COMBICLICK® Surface Conditioning Discs

The COMBICLICK® Surface Conditioning Discs are a game-changer in the field of surface preparation. Designed for versatility and efficiency, these discs are a superior alternative to traditional hook and loop discs. Engineered with the innovative COMBICLICK® system, they offer a quick, easy, and rugged mounting system, ensuring a secure fit and optimal performance. The flexible backing pad allows for use with standard angle grinders, making them a versatile choice for various applications.

Product Features and Specifications

The COMBICLICK® Surface Conditioning Discs feature a medium grade aluminum oxide abrasive, which is ideal for a wide range of surface conditioning tasks. The geometry of the cooling slots on the disc ensures a high throughput of air, significantly reducing thermal loads on the abrasive material and workpiece. This innovative design results in several key benefits, including up to 30% lower workpiece temperature, up to 25% increased stock removal, up to 30% longer service life, and up to 30% less tool wear. These features make the COMBICLICK® discs not only efficient but also cost-effective.

Practical Uses and Applications

The COMBICLICK® Surface Conditioning Discs are highly recommended for general work on metal surfaces, including the removal of rough grinding traces, oxidation, and light deburring. They are especially effective for removing heat discoloration on stainless steel components and for fine-grinding large components in process equipment and tank construction. With their ability to handle rough grinding applications and a complete range of non-woven and felt discs, the COMBICLICK® system offers a single solution for a seamless transition from rough grinding to mirror polishing. When used in conjunction with the recommended operating speeds, these discs provide cooler grinding temperatures for extended disc life and superior performance.