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PP06006 4T
NEK
NEKOEMXD2008
Carbide milling cutter
1PCS
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**1, material **
Carbide milling cutter is a high hardness refractory metal carbide (such as tungsten carbide WC, titanium carbide TiC) micron powder as the main component, with cobalt (Co) or nickel (Ni), molybdenum (Mo) as the binder, sintered in a vacuum furnace or hydrogen reduction furnace powder metallurgy products.
** 2. Features **
1. High hardness: The material hardness of cemented carbide milling cutter is very high, which can resist wear and tensile deformation during processing, so as to be more durable.
2. Good wear resistance: carbide milling cutter wear amount is small, long service life, can better adapt to high-speed, high-precision processing, maintain processing efficiency and product quality.
3. Good tool stability: carbide milling cutter has good rigidity, strong rigidity, easy to control when used, stable cutting force, and can be processed more accurately.
**3.advantages **
1. Excellent cutting performance: carbide milling cutter can adapt to the requirements of high-speed cutting, and will not cause overheating, deformation and other problems because of high speed. At the same time, the cutting force is small, which can reduce the load of the machine tool, reduce the thermal deformation of the surface of the parts and the defects such as burrs on the machining surface. In addition, the cemented carbide milling cutter is controlled by numerical control technology, which can greatly improve the processing accuracy of the parts, and the error is controlled in a small range.
2. Wide range of adaptation: carbide milling cutter is suitable for a wide range of processing fields, especially when cutting difficult to process materials. For example, the processing of titanium alloy, high-strength aluminum alloy, stainless steel, high-hardness alloy and other difficult materials, ordinary milling cutters are easy to wear or not sharp, and carbide milling cutters can easily cope.
** 4. Application **
Carbide milling cutter is mainly used in CNC machining centers, CNC engraving machines and other equipment, can also be installed on the ordinary milling machine to process some relatively hard and not complex heat treatment materials. Its specific application scenarios include but are not limited to:
1. Machining plane: such as cylindrical milling cutter on horizontal milling machine and vertical milling machine, face milling machine or planer milling machine.
2. Machining grooves and step surfaces: such as end mills and three-edge mills.
3. Groove processed into a certain Angle: such as Angle milling cutter.
4. Machining deep slots and cutting workpieces: such as saw blade milling cutter.
In addition, carbide die milling cutter can also be used with high-speed electric mill or pneumatic tools, for finishing various metal die cavities, cleaning casting, forging, welding flash, burr and weld.
**1, material **
Carbide milling cutter is a high hardness refractory metal carbide (such as tungsten carbide WC, titanium carbide TiC) micron powder as the main component, with cobalt (Co) or nickel (Ni), molybdenum (Mo) as the binder, sintered in a vacuum furnace or hydrogen reduction furnace powder metallurgy products.
** 2. Features **
1. High hardness: The material hardness of cemented carbide milling cutter is very high, which can resist wear and tensile deformation during processing, so as to be more durable.
2. Good wear resistance: carbide milling cutter wear amount is small, long service life, can better adapt to high-speed, high-precision processing, maintain processing efficiency and product quality.
3. Good tool stability: carbide milling cutter has good rigidity, strong rigidity, easy to control when used, stable cutting force, and can be processed more accurately.
**3.advantages **
1. Excellent cutting performance: carbide milling cutter can adapt to the requirements of high-speed cutting, and will not cause overheating, deformation and other problems because of high speed. At the same time, the cutting force is small, which can reduce the load of the machine tool, reduce the thermal deformation of the surface of the parts and the defects such as burrs on the machining surface. In addition, the cemented carbide milling cutter is controlled by numerical control technology, which can greatly improve the processing accuracy of the parts, and the error is controlled in a small range.
2. Wide range of adaptation: carbide milling cutter is suitable for a wide range of processing fields, especially when cutting difficult to process materials. For example, the processing of titanium alloy, high-strength aluminum alloy, stainless steel, high-hardness alloy and other difficult materials, ordinary milling cutters are easy to wear or not sharp, and carbide milling cutters can easily cope.
** 4. Application **
Carbide milling cutter is mainly used in CNC machining centers, CNC engraving machines and other equipment, can also be installed on the ordinary milling machine to process some relatively hard and not complex heat treatment materials. Its specific application scenarios include but are not limited to:
1. Machining plane: such as cylindrical milling cutter on horizontal milling machine and vertical milling machine, face milling machine or planer milling machine.
2. Machining grooves and step surfaces: such as end mills and three-edge mills.
3. Groove processed into a certain Angle: such as Angle milling cutter.
4. Machining deep slots and cutting workpieces: such as saw blade milling cutter.
In addition, carbide die milling cutter can also be used with high-speed electric mill or pneumatic tools, for finishing various metal die cavities, cleaning casting, forging, welding flash, burr and weld.
