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4 Flute Tungsten Carbide Milling Cutters General Processing High Efficiency

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Province/State:jiangsu
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4 Flute Tungsten Carbide Milling Cutters General Processing High Efficiency

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Model Number :E550
Place of Origin :MADE IN CHINA
Brand Name :KTC
Certification :CCC
MOQ :10 pcs
Price :Negotiation
Packaging Details :1PC/ PVC Packing, 10pcs PVC Packing/Pack...
Delivery Time :1-35days
Payment Terms :T/T, L/C,Paypal...
Supply Ability :10000pcs/week
Product Name :End Mills
Raw Material :YL10.2 / K30
Coating :AlTiN or TiSiN
Color :Black/Copper
Hardness :>91.5HRA
Cutting Diameter :Based on Flute Length
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4 Flute Tungsten Carbide Milling Cutters General Processing High Efficiency

KTC Tungsten Carbide General Processing End Mills

Specifications:

E550 general processing milling cutter series adopt domestic high-quality fine grain tungsten steel material. Flexural strength: 3900mpa, grain size: 0.8μm, with coating (black / Bronze) by imported coating equipment. E550 milling cutters are with special angle design and strict quality control, which is especially suitable for ordinary medium and low carbon steel, alloy steel and other materials processing. With high precision quality control, and full inspection, all E550 series end mills are delivered with 100% qualification rate.

Raw Material YL10.2 / K30
WC 90%
Co 10%
TRS >3900N/mm2
Hardness >91.5HRA
A.O.L 50mm-150mm
Grain size 0.8 μm
Upto HRC55
Flutes No 4F
Coating AlTiN or TiSiN
Suitable for Steel,stainless steel,nickel alloy,Titanium alloy,cast iron, plastic and other materials

Coating:

Item AlTiN TiSiN
Hardness(HV): 3200 3600
Thickness(UM): 2.5-3 3
Oxidation Temp(°): 900 1000
frictional Coefficient: 0.3 0.45
Color: Black Copper

Standard Sizes

Size Flute Length of End Mills(mm)
Flat end Ball Nose Round nose
D1*D4*50 3 2 3
D1.5*D4*50 4 3 4
D2*D4*50 5 4 5
D2.5*D4*50 6 5 6
D3*D4*50 8 6 8
D3*D3*50 8 6 8
D3.5*D4*50 9 7 9
D4*D4*50 10 8 10
D1*D6*50 3 2 3
D1.5*D6*50 4 3 4
D2*D6*50 5 4 5
D2.5*D6*50 6 5 6
D3*D6*50 8 6 8
D3.5*D6*50 9 7 9
D4*D6*50 10 8 10
D6*D6*50 13 10 13
D6*D6*50 15 12 15
D7*D8*60 17 14 17
D8*D8*60 20 16 20
D10*75 25 20 25
D12*75 30 24 30
D14*100 45 28 35
D16*100 45 32 40
D18*100 45 36 40
D20*100 45 40 40
Flute Length of Extended End Mills(mm)
D3*D4*75 12 6 12
D4*D4*75 16 8 14
D5*D6*75 18 10 15
D6*D6*75 24 12 20
D8*75 25 16 25
D3*D4*100 12 6 15
D4*D4*100 20 8 15
D5*D6*100 20 10 20
D6*D6*100 30 12 25
D8*D8*100 35 16 30
D10*100 40 20 30
D12*100 45 24 35
D6*D6*150 45 12 40
D8*D8*150 50 16 45
D10*150 55 20 50
D12*150 55 24 55
D14*150 60 28 60
D16*150 70 32 65
D18*150 70 36 70
D20*150 70 40 70

Cutting tools

Cutting tools come in a range of sizes, materials, and geometry types.
It is generally more efficient to use a combination of different toolpaths and tools to achieve a detailed model rather than assuming that a small tool with a smaller stepover is the only way. Often, a larger tool can achieve better finish results.
In end milling, the cutter generally rotates on an axis vertical to the workpiece. Cutting teeth are located on both the end face of the cutter and the periphery of the cutter body.
A ball nose end mill, also known as a spherical end mill or ball end mill, has a semisphere at the tool end. Ball nose end mills are used on workpieces with complex surfaces.
Choosing flat end mill vs. a ball end mill will determine the characteristics of the tooling marks (or lack thereof) on your model. Most jobs will benefit from strategic use of multiple size and shape tools for milling different features. End Mills are often used for roughing and 2D cutting and V-Bit and Ball Nose cutters are often used for finishing operations

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