Bosch's X-LOCK Wire Wheels feature the X-LOCK mount and offer a wheel change that's up to five times faster than conventional interfaces. There’s an audible snap when mounting an X-LOCK Wheel on an X-LOCK grinder. The wheel mounts properly without the need for a spanner wrench or flange nuts. The wheel is released from the grinder with the pull of a lever. This stiff stringer-bead knotted wire wheel features stainless steel with extremely narrow tufted faces for confined areas such as cross-country pipelines and pipe fabrication, as well as brusing expansion joints and narrow grooves. Bosch cable-knotted, stringer bead and crimped wire wheels are ideal for deburring metal, bead weld prep, cleaning welds, edge blending and more. The precision-balanced wheel and robust construction allows for professional applications.

Features

• Wire wheels with the X-LOCK mount design – offers a faster, fixed mount and high-quality materials
• X-LOCK wheel change – features snap-on wheel mounting and a release lever for change-out that's up to five times faster
• Tool-free disc swap – the wheel mounts properly without the need for a spanner wrench or flange nuts for no losable parts
• Stiff stringer-bead knotted wire wheel – features stainless steel with extremely narrow tufted faces for confined areas such as cross-country pipelines and pipe fabrication, as well as brusing expansion joints and narrow grooves
• Robust applications for metal – designed to be ideal for deburring metal, bead weld prep, cleaning welds and edge blending
• Precision-balanced wheel – virtually eliminates vibration
• Application focused – designed specifically for use with X-LOCK small angle grinder

Specifications

• Application: For difficult brushing applications that excel in tight places for jobs like cleaning welds on angles or corners
• Arbor: X-LOCK
• Arbor Size: X-LOCK
• Description: Stringer bead knotted, stainless steel wire wheel
• Diameter: 4-1/2"
• Material: Stainless steel
• Max. RPM: 12,500
• Tool: X-LOCK Small Angle Grinder
• Wire Gauge: 0.02