Business Type:
Manufacturer/Factory
Establishment:
2012
R&D Capacity:
ODM, OEM, Other
OEM/ODM Service
Sample Available

Cemented Carbide Reamer, Solid Carbide Reamer, Left-Hand Reamer manufacturer / supplier in China, offering Tungsten Carbide Reamer CNC Cutting Tools Left-Hand Reamer, Tungsten Carbide CNC Diamond Stone Engraving Cutter, Carbide Micro End Mills with Coating and so on.

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Supplier Homepage Manufacturing & Processing Machinery Machine Tools CNC Machine Tools China Gw Carbide-HRC55 HRC65 Tungsten Carbide Taper Shank Spiral Flute Reamer with Coating

China Gw Carbide-HRC55 HRC65 Tungsten Carbide Taper Shank Spiral Flute Reamer with Coating

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Min. Order / Reference FOB Price
10 Piece Contact Supplier
Local Area: Zhuzhou, Hunan, China
R&D Capacity: OEM, ODM, Other
Payment Terms: LC, T/T, PayPal
Application: Metal, Aluminum, Wood
Process Usage: Metal-Cutting CNC Machine Tools
Movement Method: Linear Control


Suitable for Copper, Cast Iron, Carbon steel, Tool steel, Mould steel, Die steel, Stainless steel, Plastic, Arcylic,etc.
TiSiN TiAlN AlTiN TiCN or Blue Nano
ItemAlTiNTiAiNTiSiNnAcOHardness(HV)32002800360042(GPA)Thickness(UM)2.5-32.5-333Oxidation Temp( ° )90080010001200Friction0.30.30.450.4ColorBlackVioletCopperBlue

1. Solid carbide reamers, we can make different types of machine reamers, usually 2-8 flutes, the delivery time for non-standard customized reamers is just 7-10 days.
2. Carbide reamers are made from different grade of material:
HRC45 machine reamer, YG25material, high precision, with 2-8 flutes. Suitablefor cast iron, carbon steel
HRC55 machine reamer, YL10.2, high precision, with 2-8 flutes, suitable for carbon steel, alloy steel.
HRC60 machine reamers, Kennametal2210, high precision, with 2-8 flutes, suitable for copper alloy, stainless steel.
HRC65 machine reamer, Germany AF, high precision, with 2-8 flutes, suitable for hard metal.
3. We can supply different types of machine reamers, also we can make the boring reamers according your drawing and samples.
4. Depth of cut: This is how deep the tool is under the surface of the material being cut (not shown on the diagram). This will be the height of the chip produced. Typically, the depth of cut will be less than or equal to the diameter of the cutting tool.