All the products in stock are metric-sized products. For customers who require inch sizes, please contact us.
Non-standard sizes are available to produce as required sizes and drawing.
Please contact with us for more details about this product and other shapes of products.
Material: 100% of raw materials.
Tolerance: strict tolerance extent control, which can reach +/-0.01mm;
Grades: various for choice: YG6, YG8, YG8C, YG11C,YG15C and so on.
Types: standard, conical, parabolic,ballistic
Physical performance: high hardness and impact toughness, very good mechanical & chemical stability.
Tungsten carbide burrs are widely used in industrial sectors such as machinery, aviation, automobile, shipbuilding, chemical engineering, and process engraving. The main usage are as follows:
Fine processing of various metal molds, such as processing shoe molds, etc.
Used for various metal and non-metal process engraving, such as mold engraving, trimming of craft gifts
Clean the flash, burrs, welds of castings, forgings, weldments, such as machine-casting factories, shipbuilding factories, automobile factories, etc.
Used for chamfering rounding and groove processing of various mechanical parts, cleaning pipes, finishing the inner hole surface of mechanical parts, such as machinery factory, repair shop, etc.
Used for the repair of the impeller runner, such as the car engine factory.
Material of Carbide Rotary Flies
The standard tungsten carbide grade is YG8, which is of ware-resistance and high strength.
Composition and physical performance is like below:
Composition is 92% WC and 8% Cobalt.
Density 14.5-14.9 g/cm3.
Hardness: 89 HRA.
Instructions for use
Carbide rotary burr is mainly used in power tools or pneumatic tools (also can be installed on machine tools), and the driving speed is generally 6000-50,000 rpm.The difference between double cutter and single cutter:
1. Double cutter is more suitable for materials with lower density. For example, used on wood, plastic, aluminum and other materials. With crossed lines, the chip removal is fast, and it is easy to block in the grain gap during grinding and engraving, so the double cut is more suitable for the soft object.
2. The texture of the single-cutter determines that it is not suitable for processing softer materials. Because the single cutter cuts the soft material, the debris is easy to block the sipe, resulting in a shallower texture depth and a lower cutting capacity. Therefore, single cutter is more suitable for hard materials such as iron, copper and steel.