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Why Do We Advise Tungsten Carbide Burrs And Their Benefits

Carbide Burrs tend to be acknowledged as rotary burrs for metal and they are traditionally used for deburring, shaping, welding leveling, expanding holes, engraving, and finishing. They have got many excellent performances, like high removal rate, longer lifetime, good performance within the heat, suitable for all metals…tungsten carbide burrs can be used on any metal, and you will find different cutting methods ideal for different situations.


The part of rotating burrs

Tungsten carbide rotating burrs are created to rotate at elevated speeds, enabling them to manipulate the pad being processed. When working with metal, burrs are incredibly suited to deburring, shaping, and enlarging holes. Tungsten carbide rotary files works extremely well on steel, stainless, and aluminum. Metal manufacturers and engineers usually utilize them for tool manufacturing, model engineering, jewelry manufacturing, welding, deburring, grinding, and engraving.

Tungsten carbide vs high-speed steel

Generally, metal burrs are made from tungsten carbide or high-strength steel (HSS). When you use metals, tungsten carbide burrs are preferred. Due to their higher than normal hardness, they may be utilized for more demanding jobs and won’t wear out, unlike HSS. Most importantly, HSS has a lower heat resistance and can start to soften at high temperatures. Tungsten carbide burrs can last longer and perform better at higher temperatures.

Cutting type

Metal burrs can be single/aluminum cutting or double/diamond cutting. The large single/aluminum cutting carbide file carries a single right-cut spiral groove and is used in combination with certain, steel, copper, brass, and also other iron materials (including aluminum). Single-edged burrs can offer faster cutting speeds without clogging (aluminum is often clogged), however polishing effect seriously isn’t good as double-edged carbide burrs. Double/diamond cutting has left and right cutting functions, which could provide faster and much more refined processing results. These are generally used for steel, metal, and other hard metals.
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