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Tungsten carbide milling cutter, also known as tungsten carbide end mill, is made by micro-grain-carbide with excellent surface. It has smooth vibrationless running, thus significantly improving service life. Featuring excellent surface quality, best yield, low operating cost and high precision, tungsten carbide milling cutter is a best choice to increase productivity and profitability. We offer high performance carbide end mill which is suitable to meet ever demanding requirements.
Application
Tungsten carbide milling cutter is often used for removing rubber deposits, ice deposits, thermoplastic line markings, etc.
Performance of Tungsten Carbide Milling Cutter
| Grade | Density | T.R.S | Hardness | Performance & Application Recommended | Approx | ISO |
MK6A | 14.9 | 1860 | 92.0 | Fine grain alloy and good wear resistance. Used for semi-finishing of chilled cast iron, non-ferrous metals alloys, semi-finishing and finishing of hardened steel, alloy steel. | YG6A | K10 |
MK8 | 14.7 | 2320 | 89.5 | High strength, impact and shock resistance higher than MK 6A, but wear resistance and cutting speed comparatively lower. Used for roughing of cast irons, non-ferrous metal and their alloys as well as non metallic materials at low cutting speed. | YG8A | K20 |
MK10X | 14.5 | 2150 | 91.0. | Fine grain alloy and good wear resistance. Used for processing hard wood, veneer board, PCB, PVC and metals. | - | K10-K20 |
YS2T | 14.5 | 2350 | 92.0 | Fine grade alloy, high wear resistance, high bending strength, high resistance to bonding and high thermal strength. Used for machining of refractory alloys, stainless steel and high manganese steel, etc. | YS2T | K10-K20 |
SL10 | 14.8 | 2420 | 90.5 | High wear resistance, high bending strength, used for lead cutter in electrical line. | - | K20-K30 |
G20 | 14.3 | 2360 | 90.0 | Conventional wear resistance, high bending strength, used for steel alloy, etc. | - | K20-K3 |
Package and Transportation
We pack tungsten carbide end mills in plywood case and send them by ocean or air.
