Carbide Burr in 3mm Diameter
- Material: hard alloy, cemented carbide, tungsten steel
- Density: 14.5-14.8 g/cm3
- Hardness: HRA89-90
- Type: Single cut, double cut, Aluminum cut
Description：
What are Burrs?
Carbide rotary burrs is also referred to as rotary files or grinder bits. They are used for cutting, grinding, deburring the welds, mould, dies and forgings. It can be used with both electrically-powered and pneumatically-powered hand-held tools to cut the most diverse types of material.
Carbide Burrs can be used on many materials
1. Aluminum, Cast iron
2. Brass, Titanium alloys
3. Copper, Zinc alloys
4. Bronze, Various plastic
5. Zinc, Wood
6. Steel, Carbide Steel, Stainless Steel
We can provide customized products as your inquired size for you
Specifications
| Name: | Tungsten carbide burrs |
| Other names: | tungsten rotary burrs, tungsten metal burrs, cemented rotary burrs |
| Features | long working life, high stock removal, ideal for using on many tough materials. Ideal for finishing, carving, shaping and deburring welds, moulds, dies and forgings. |
| For drilling holes in hard metals | carbide micro drills, or carbide straight shank drills |
| For cutting slots, routing, profiling, | carbide end mill, carbide router, or slot drill |
| For cutting stone or glass | Diamond Burr |
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Our carbide burrs exhibit remarkable compatibility with a wide range of materials. Whether you’re working with aluminum, cast iron, copper, zinc alloys, wood, steel, or other materials, our burrs deliver consistent and reliable results. They are engineered with precision-ground tungsten carbide, ensuring exceptional hardness, durability, and heat resistance for extended tool life.
With our carbide burrs, you can achieve clean and precise cuts, effortlessly shaping and smoothing surfaces, removing excess material, or creating intricate details. Whether you’re working on automotive parts, metal fabrication, woodworking projects, or any other application, our burrs provide the cutting edge you need to achieve professional results.
