Grinding Wheel CC-GRIND-ROBUST SG STEELOX D125xSmm Steel / Stainless Steel PFERD

for steel and stainless steel (INOX) with high stock removal rate and maximum tool life · Bore 22.23 mm Ø · Drive type: Angle grinder · Recommended application: Trim the CC-GRIND-ROBUST on sharp metal edges, files or with indexable inserts. Trimming should only be done at an angle of 45°. Select the CC-GRIND-ROBUST SGP STEELOX when the fastest possible work progress is desired. For optimum performance, use with a shallow contact angle. Use only with the surface, not suitable for peripheral grinding. Apply the tool gently and increase pressure until a chip is formed. Maintain pressure until the tool has been brought to the desired size. · Workable materials: Steel, stainless steel (INOX) · Processing tasks: Weld seam processing, Surface grinding, Gradual fine grinding, Deburring, Chamfering · Shape: CC-GRIND-ROBUST · Note: PFERDERGONOMICS recommends CC-GRIND-ROBUST with VICTOGRAIN abrasive grain to sustainably reduce vibration, noise and dust generated during use and to noticeably improve working comfort. PFERDEFFICIENCY recommends CC-GRIND-ROBUST with VICTOGRAIN abrasive grain for long, low-fatigue and resource-saving work with perfect results in the shortest possible time. · Ø Bore: 22.23mm · Abrasive: VICTOGRAIN · Advantages: The tool can be easily reset/trimmed. Ultimate aggressiveness for the fastest work progress. Fiberglass-reinforced plastic backing pad guarantees equally robust and safe use. Significantly more ergonomic than a grinding disc: Noise, vibrations and dust are significantly reduced. In addition, a significantly better surface is achieved. Compared to flap discs, flat surfaces can be achieved due to the dimensional stability. Thanks to the adapted geometry, the use of a special clamping flange set is not necessary. Although the VICTOGRAIN tools only have one abrasive grain layer, they offer a superior tool life - higher than grinding discs and many flap discs. Unlike fiber abrasives, the CC-GRIND-ROBUST does not deform even under extreme climatic conditions and is significantly more robust in harsh use.