Weiler® Cta-4 .020 5/8-114In Dia Cab Part# - 13266

1 EA
Manufacturer: Weiler®
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$23.61
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Weiler® Cta-4 .020 5/8-114In Dia Cab Part# - 13266

Brand: WEILER®

Part Number: 13266

Weight: 0.5 lbs

Country of Origin: UNITED STATES

Minimum Order Qty: 1 EA

Features: HEAVY-DUTY: Provides maximum brushing action with minimal flexibility; ideal for demanding cleaning and surface preparation applications on relatively smooth surfaces. | AGGRESSIVE BRUSHING: Provides very aggressive brushing action. Sharp wire tips make this knot aggressive right from the start. | APPLICATIONS: For use in a wide variety of applications such as removing powder-coating, epoxy-based paints, and rubberized coatings, weld preparation and cleaning, cleaning scale and heavy corrosion and removing heavy burrs from large pieces after cutting | SPECIFICATION: 4" Cable Twist Knot Wire Wheel, .020" Steel Fill, 5/8"-11 UNC NUT, 7/16" Thickness at Face Plates, 24 Knots, Max RPM 20,000, Compatible Tool : Right Angle Grinder | Country of Origin: United States of America

Weiler 4" Cable Twist Knot Wire Wheel Brush provides maximum brushing action with minimal flexibility. Ideal for demanding cleaning applications. 5/8"-11 nut for use on right angle grinders. Knot wire wheels with a threaded nut are intended for use primarily on small and large right angle grinders. Featuring Weiler’s individual knot hole construction, these radial brushes are available in heat-treated steel, Type 302 stainless steel and bronze wire for use in a wide variety of applications. Applications such as Removing powder-coating, epoxy-based paints, and rubberized coatings, Weld preparation and cleaning, Cleaning scale and heavy corrosion, Removing heavy burrs from large pieces after cutting. Industrial Grade - Engineered and manufactured to maximize performance and minimize operating costs in the most demanding surface conditioning applications. The use of superior construction, the highest quality materials and the most stringent manufacturing processes deliver the lowest cost-of-use and most consistent performance in heavy production environments.