They are made of Tungsten carbide so that the cutting edges do not lose their sharpness easily. Tungsten carbide burrs are much harder than HSS (High Speed Steel) burrs and are used to cut harder materials. The burrs wear less and retain their hardness under higher temperatures.

Features:

• Application areas encompass machining cast iron, cast steel, carbon steel, alloy steel, stainless steel, hardened steel, copper and aluminium.
• Deburring and form machining for all applications due to the universal form
• DIN: RBF.
• Fine: for hard and/or tough materials where a smooth surface finish is required and removal demands are modest.
• Medium: for machining hard and/or tough materials under normal conditions.
• Coarse: particularly suitable for machining stainless steel, soft materials or light alloys.
• Extra coarse: blunt.
• X-Cut: for hard and soft materials, produces short and blunt chips, runs smoothly even at low cutting speeds.
• Diamond cut: for heat-treated and tough alloy steels and epoxy, excellent finish, minimal axial forces.
• Number of teeth is also indicated in addition to the type of cut for each rotary burr.
• A smaller diameter burr will have a finer cut than a larger diameter burr belonging to the same cut category, for example, medium-cut.
• Stock standard: X = yes.
• Indispensable tool, used in large number of industrial sectors including aviation, shipping, automotive and the chemical industry etc.
• Used to deburr irregular objects or to complete finishing work inside a confined space.
• Number of teeth is also indicated in addition to the type of cut for each rotary burr.
• Deburring and form machining for all applications due to the universal form.

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