Flap Wheel Ø15xH10mm Grit 120 Corundum Shank-Ø 3 mm PFERD

Resin bond · universally applicable · also suitable for machining brass, copper and zinc · Shank-Ø: 3 mm · Shank-Ø: 3mm · Drive type: Flexible shaft drive, Straight grinder · Recommended application: Reducing the contact pressure and peripheral speed as well as adding grinding oil reduce tool wear and the thermal load on the workpiece. An increase in material removal rate should be achieved by using a coarser grit and not by increasing the contact pressure, in order to prevent unnecessary tool wear and thermal load on the workpiece. Increasing the cutting speed results in a slightly finer surface. Increasing the contact pressure makes the surface slightly coarser. The softer the material to be machined, the coarser the surface (when using, For best performance, use at a recommended cutting speed of 15–20 m/s. This achieves an ideal compromise between material removal rate, surface quality, thermal load on the workpiece and tool wear. Use grinding oil suitable for the material to significantly increase the service life and grinding performance of the tools. · Machinable materials: Copper, Aluminum, Malleable cast iron, Brass, Cast steel, Hardened, tempered steels over 1,200 N/mm² (54 HRC · Machining tasks: Structuring (matting, brush finishing and satin finishing), Leveling, Gradual fine grinding, Deburring, Surface machining, Weld seam machining · Width: 10mm · Note: PFERDERGONOMICS recommends flap wheels to sustainably reduce vibration and noise generated during use and to improve working comfort. · Length, shank: 40mm · RPM, opt.: 25000RPM · Safety instructions: The specified maximum permissible speed must never be exceeded for safety reasons. The contact pressure must be significantly reduced if the specified optimal speed is exceeded. Safety is only guaranteed if the clamping length is at least 15 mm and the specified maximum speed is not exceeded for open shank lengths. · Advantages: Frontal use very close to edges and in corners possible due to flat core construction. Consistently high material removal over the entire tool life, as new, aggressive abrasive is constantly released. Optimal contour adaptation due to high flexibility.