Crosscut and double cut to improve control and chipbreaks. Manufactured from high grade tungsten carbide for general-purpose use. Suitable for deburring and polishing of cast iron, cast steel, carbon steel, alloy steel and stainless steel etc. up to HRC65 hardness.
Features and Benefits • Hard carbide construction for increased cutting hardness • Crosscut and double for improved chip control and chipbreaks • Suitable for deburring and polishing of materials up to HRC65 hardness
Typical Applications • Deburring • Polishing
Please note: • Work piece and tools should always be steady and well supported • Carbide burrs are not suitable for 'milling' large amounts of material, they are for light stock removal and high revolutions 'LOW FEED - HIGH SPEED' • Always ensure that at least 70% of the shank length is clamped by the collet or chuck of the tool being used • Always ensure that the tool is rated to the recommended operating speed of the burr
The Kennedy® Carbide Burr Set features eight heads with varying nose shapes suitable for use on hard materials such as steel alloys, carbon and cast iron.
Features and Benefits • Durable carbide construction • 8-piece set with varying nose shapes to suit the preferred application • Features a handy carry case for easy storage and tool identification • Shank diameter: 6mm • Max. speed (rpm): 40,000 • Chipbreaker (Cut 9): for use on cast iron, carbon steel, alloy steel 50RC and 60RC
Contents • 1x C shape ball nosed cylinder 9.6 x 19mm • 1x E shape oval 9.6 x 16mm • 1x F shape ball nosed tree 9.6 x 19mm • 1x G-shape pointed tree 9.6 x 19mm • 1x A shape cylinder without end cut 9.6 x 19mm • 1x C shape ball nosed cylinder 12.7 x 25mm • 1x D shape ball 12.7 x 11mm • 1x F shape ball nosed tree 12.7 x 25mm
Typical Applications • Milling • Deburring
Warnings • Not suitable for milling large amounts of material
Series 36 - Regular Series Dimensions to DIN 844. Centre cutting. Threaded shank to DIN 1835D. Shank cutting diameter to +0.04 -0.0.
Uncoated (for general production machining) TiCN Coated (extends cutter life and improves work material surface finish) TiALN Coated (dissipates and resists heat, reduces surface friction coupled with high surface hardness).