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F2 F3 End mill for high speed machining of aerospace aluminum alloys

F2 F3 End mill for high speed machining of aerospace aluminum alloys
  • F2 F3 End mill for high speed machining of aerospace aluminum alloys
  • F2 F3 End mill for high speed machining of aerospace aluminum alloys
  • F2 F3 End mill for high speed machining of aerospace aluminum alloys
  • F2 F3 End mill for high speed machining of aerospace aluminum alloys

For Aerospace Aluminium Alloy

description:

HJA650 F3 F2 End Mill Suitable for high speed machining of aerospace aluminum alloys.Ultra-fine cemented carbide, high wear resistance and toughness.


HJA650 End mill For Aerospace Aluminium Alloy

Suitable for high speed machining of aerospace aluminum alloys

Ultra-fine cemented carbide, high wear resistance and toughness

F2 F3

PRODUCT DETAIL

Literal statement:
The Aero-Tech three-flute design has been developed for cost efficient machining of general steels, stainless steel, high alloyed steels as well as titanium and nickel alloys. All Aero-Tech End mills have micro corner protection for extended tool life. Available in coated or bright finished as stocked standards. 
Feature:

  • Suitable for high speed machining of aerospace aluminum alloys

  • Ultra-fine cemented carbide, high wear resistance and toughness.

  • Special symmetry design and precision with balance N=25000RPM, G2.0 good for high speed cutting.

  • HJA650 the feature inner coolant holes that provides more effective cooling action with cutting zone for high speed machining.

  • Unique sharp cutting edges provide increased performance in smoothness efficiency and finishing.

  • Extremely high efficient  cavity milling with metal remove rate up to 800cc/min.

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Regular size:

1. Ultrafine particles of 2 flute aluminum end mills

Ordering codeDiameterFlute lengthO.A.L.Shank Dia.
HJA650-030239.0 503
HJA650-010214.0 504
HJA650-01521.55.0 504
HJA650-0202 26.0 504
HJA650-02522.57.0 504
HJA650-030239.0 504
HJA650-03523.510.0 504
HJA650-0402412.0 504
HJA650-0502515.0 505
HJA650-010214.0 506
HJA650-01521.55.0 506
HJA650-020226.0 506
HJA650-030239.0 506
HJA650-0402412.0 506
HJA650-0502515.0 506
HJA650-0620618.0 506
HJA650-0802820.0 608
HJA650-10021030.0 7510
HJA650-12021230.0 7512

2.Ultrafine particles of  3 flute aluminum end mills

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Ordering codeDiameterFlute lengthO.A.L.Shank Dia.
HJA650-030339503
HJA650-010314504
HJA650-01531.55504
HJA650-020326.0 504
HJA650-02532.57504
HJA650-030339504
HJA650-03533.510.0 504
HJA650-0403412504
HJA650-0503515505
HJA650-010314506
HJA650-01531.55506
HJA650-020326506
HJA650-02532.57506
HJA650-030339506
HJA650-0403412506
HJA650-0503515506
HJA650-0603618506
HJA650-0803820608
HJA650-100310307510
HJA650-120312307512

Tool material composition:
1. Physical Properties:
A) Hardness greater than or equal to 94 HRA;
B) Density greater than or equal to 14.6g/cm³;
C) TRS greater than or equal to 4100 N/mm²;
2. All the tools of production, coatings are used in Germany, Switzerland,  processing equipment;


Operation parameter:

HJA650 operation parameter of end mill for aerospace aluminum alloy:HJA650-RN2
HJA650 RN2 For Aerospace Aluminium Alloy-Side Milling
GradeTool shapeWorkpiece MaterialCutting depthVCTool Diameter10121620
RN2(mm)m/min(mm)
HJA650
Aluminium alloy    7075,7050(Si<6%)ap≤0.25D400speed120001000080007000
(300-500)(min-1)
ae≤0.5
feed rate3600330032003080
(mm/min)

Attention:

  1. Make sure work piece and machine are stable and use a precision holder.

  2. Please adjust the speed,feed and cutting depth according to actual cutting conditions.

  3. The milling conditiongs are for an end mill where the tool overhang length is less than 4*D(mill dia). When the tool overhang length is longer, please adjust the speed,feed and cutting depth.

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The company has a complete blade manufacturing process equipment production line from powder raw material preparation, mold making, pressing, pressure sintering, grinding, coating and coating post-treatment. It focuses on the research and innovation of the base material, groove structure, precision forming and surface coating of carbide NC inserts, and constantly improves the machining efficiency, service life and other cutting properties of carbide NC inserts. After more than ten years of scientific research and innovation, the company has mastered a number of independent core technologies, has independent R&D and design capabilities, and can provide customized production for each customer.


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