Carbide Burr, Carbide Rotary Burrs/Files

• Customization: Available
• Type: Needle Files
• Material: Carbide
• Model NO.: 6mm - 16mm
• Usage: Metal Drilling, Wood Drilling, Well Drilling, Masonry Drilling, Woodworking
• Shape: Cup-Shaped
• Processing Methods: Cutting Tooth File
• Tooth Pattern: Bidentate Pattern
• Section Shape: Triangle
• Color: Unicolor
• Customized: Non-Customized
• Condition: New
• Transport Package: Wood Ctns
• Specification: 6mm-16mm
• Trademark: DAVAM
• Origin: China
• HS Code: 82023990
• Production Capacity: 500000PCS/Year
• Package Size: 33.00cm * 33.00cm * 33.00cm
• Package Gross Weight: 15.000kg

Product Description

Applications of Cemented Carbide Rotary Files

1. Finishing various metal mold cavities, such as shoe molds, etc.
2. Carving various metal and non-metal crafts and gifts
3. Cleaning the flash, burrs, welding slag and welds of castings, forgings and welded parts in machinery foundries, shipyards, automobile manufacturers and others
4. Chamfering, rounding and grooving of various machinery manufacturers and repair shops, cleaning pipes and finishing the inner surface of mechanical parts
5. Polishing of impeller flow channel, processing of related parts in automobile engine factories, ship impeller factories and other enterprises

Main features of Cemented Carbide Rotary Files

1. Cutting various metals (such as hardened steel) and non-metallic materials (such as marble, jade, wood, etc.) with hardness below HRC70
2. Very little dust during processing, can replace small grinding wheels with handles
3. High production efficiency, about 10 times higher than small grinding wheels with handles, dozens of times higher than manual files
4. Good processing quality, high finish, can process high-precision mold cavities of various shapes
5. Long service life, about 10 times higher than high-speed steel tools, more than 100 times higher than grinding wheels
6. Simple and convenient to use, safe and reliable. Can reduce labor intensity and improve working environment
7. The comprehensive processing cost is dozens of times lower than other methods, with high economic benefits