11,000+ Results for Carbide Burs - Page 119
Results
Key Features:
- Overall Length: 2.75 in
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
- Shank Dia.: 0.25 in
Key Features:
- Overall Length: 3 in
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
- Number of Flutes: 35 - RH
Key Features:
- Overall Length: 2.9921 in
- Shank Dia.: 0.1181 in
- Finish: Uncoated
Key Features:
- Overall Length: 1.4961 in
- Shank Dia.: 0.1181 in
- Number of Flutes: 20 - RH
Key Features:
- Overall Length: 2.7559 in
- Shank Dia.: 0.2362 in
- Number of Flutes: 14 - LH; 35 - RH
Key Features:
- Overall Length: 3 in
- Number of Flutes: 14 - LH; 35 - RH
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
Key Features:
- Overall Length: 2 in
- Shank Dia.: 0.125 in
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
Key Features:
- Overall Length: 1.4961 in
- Finish: Uncoated
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
Key Features:
- Overall Length: 1.4961 in
- Number of Flutes: 16 - RH
- Material: Carbide
Key Features:
- Overall Length: 1.5 in
- Number of Flutes: 20 - RH
- Finish: Uncoated
Key Features:
- Overall Length: 2 in
- Finish: Uncoated
- Shank Dia.: 0.25 in
Key Features:
- Overall Length: 6.6535 in
- Shank Dia.: 0.2362 in
- Number of Flutes: 18 - RH
Key Features:
- Overall Length: 2.5 in
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
- Material: Carbide
Key Features:
- Overall Length: 3 in
- Shank Dia.: 0.25 in
- Number of Flutes: 40 - RH
Key Features:
- Overall Length: 2.5197 in
- Shank Dia.: 0.2362 in
- Number of Flutes: 35 - RH
Key Features:
- Overall Length: 2 in
- Finish: Uncoated
- Material: Carbide
Key Features:
- Overall Length: 6.4375 in
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
- Material: Carbide
Key Features:
- Overall Length: 2 in
- Shank Dia.: 0.25 in
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
Key Features:
- Overall Length: 3.4375 in
- Shank Dia.: 0.25 in
- Included Angle: 14 Degrees
Key Features:
- Overall Length: 2.9528 in
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
- Included Angle: 14 Degrees
Key Features:
- Overall Length: 2.1654 in
- Material: Carbide
- Finish: Uncoated
Key Features:
- Overall Length: 3 in
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
- Included Angle: 14 Degrees
Key Features:
- Overall Length: 7 in
- Shank Dia.: 0.25 in
- Finish: Uncoated
Key Features:
- Overall Length: 1.5 in
- Finish: Uncoated
- Shank Dia.: 0.125 in
Key Features:
- Overall Length: 1.5 in
- Material: Carbide
- Included Angle: 32 Degrees
Key Features:
- Overall Length: 2.9921 in
- Material: Carbide
- Primary Material Application: Steel; Stainless steel; Cast iron; Non-Ferrous; Super-alloys and titanium; Hard material
About Carbide Burs
Carbide burs are specialized tools used for cutting and grinding metal, wood, plastic, and other materials. They are made from tungsten carbide, which is an extremely hard and durable material that can withstand high levels of heat and pressure.
Types of Carbide Burs
There are several different types of carbide burs that are available on the market. The type you choose depends on the specific application you need it for. For example, some carbide burs have a fluted design which is great for removing material quickly while others have a more pointed tip which makes them ideal for detailed work.
How Carbide Burs Are Made
Carbide burs are typically constructed from a tungsten carbide rod with diamond particles embedded in it. This combination provides superior strength and durability to the bur so that it can be used in demanding applications such as grinding or cutting through tough materials.
Industries That Use Carbide Burs
Carbide burs are widely used in industrial settings such as manufacturing plants and construction sites. Professionals use them to shape or cut metal components into desired shapes or sizes. Additionally, they can also be used by hobbyists who need to make precise cuts or grinds on small objects.
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