Premium Select Pferd Fiberscheibe Combiclick Co-cool Ø 125 Mm Körnung 60 ( 4000843484 ) - Limited Release [sxmaIrO6]

Fiberscheibe COMBICLICK CO-COOL Ø 125 mm Körnung 60

Introducing the PFERD Fiberscheibe COMBICLICK CO-COOL, a high-performance abrasive disc designed for aggressive material removal. This disc, with a diameter of Ø 125 mm and a grit size of 60, is engineered to deliver exceptional cutting power and durability. The unique keramikkorn (ceramic grain) provides superior performance on hard and heat-resistant materials, making it an ideal choice for precision work. Its innovative design features include a combination of aggressive cutting and heat management, ensuring efficient and cool cutting operations.

Product Properties and Specifications

The Fiberscheibe COMBICLICK CO-COOL is crafted with advanced technology to offer unparalleled performance. Key features include:

• High Zerspanungsleistung: The ceramic grain delivers maximum cutting power, enabling quick and efficient material removal.
• Extended Standzeit: The disc's long-lasting design ensures reduced downtime and increased productivity.

The inclusion of abrasive additives in the coating enhances material removal rates while preventing clogging, resulting in a cooler and more efficient cutting process. This disc is designed to be used with the Stützteller Art.-Nr. 4000 843 605, ensuring a secure and effective fit.

Practical Uses and Benefits

The PFERD Fiberscheibe COMBICLICK CO-COOL is an essential tool for professionals in various industries, including metalworking, woodworking, and automotive repair. Its benefits include:

• Aggressive Material Removal: Ideal for cutting through tough materials with ease.
• Heat Management: Ensures a cooler cutting process, reducing the risk of material damage.

Whether you are a tradesperson, hobbyist, or professional, this disc will enhance your work efficiency and precision. With its superior performance and user-friendly design, the Fiberscheibe COMBICLICK CO-COOL is a must-have for anyone looking to achieve optimal results in their material processing tasks.