Bosch X571 Best for Metal Disco de lixa de lamelas, 115 mm x 22,23 mm, corindo de zircónio, grão 40, cónico, 80 m/s, 13.300 rpm, para aço e aço inoxidável 2608607336

With a maximum peripheral speed of 80 m/s and a rotational speed of 13,300 RPM, this Bosch X571 flap disc delivers aggressive stock removal on steel and stainless steel. The conical shape and zirconia alumina abrasive in grit 40 make it ideal for grinding welds, deburring, edge grinding, and surface preparation.

Overview

The Bosch X571 Best for Metal flap disc is engineered for high-performance grinding on metal surfaces. Its 115 mm diameter and 22.23 mm bore fit standard angle grinders. The disc features a zirconia alumina abrasive grain on a robust X-cloth backing, bonded with fully synthetic resin for durability and consistent performance. It meets EN 13743 safety standards.

What stands out

• Zirconia alumina abrasive ensures fast cutting and long life on tough metals.
• Conical shape provides aggressive grinding action and easy access to corners.
• X-cloth backing resists tearing and withstands high pressure.
• Suitable for both steel and stainless steel, reducing the need for multiple disc types.
• High maximum speed of 13,300 RPM allows use with powerful angle grinders.

Technical details

• Disc diameter: 115 mm
• Bore diameter: 22.23 mm
• Grit size: G 40 (coarse)
• Abrasive grain: Zirconia alumina
• Backing material: X-cloth (cotton-polyester blend)
• Bonding agent: Fully synthetic resin
• Disc shape: Conical (angled)
• Max. rotational speed: 13,300 RPM
• Max. peripheral speed: 80 m/s
• Material suitability: Steel, stainless steel
• Applications: Grinding welds, deburring, edge grinding, surface grinding
• Compatible tools: Angle grinders
• Safety standard: EN 13743
• Quantity per pack: 1 piece

Our verdict

The Bosch X571 flap disc is a reliable choice for professionals who need high stock removal rates and durability when working with steel and stainless steel. Its zirconia alumina abrasive and robust construction ensure consistent performance even under heavy loads.