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  • Precision PM Powder Metallurgy Steel Rack Pinion Gears images
    Precision PM Powder Metallurgy Steel Rack Pinion Gears images
    Precision PM Powder Metallurgy Steel Rack Pinion Gears images
    Precision PM Powder Metallurgy Steel Rack Pinion Gears images
    Precision PM Powder Metallurgy Steel Rack Pinion Gears images
    Precision PM Powder Metallurgy Steel Rack Pinion Gears images

    Precision PM Powder Metallurgy Steel Rack Pinion Gears

    Describe:

  • Place of Origin CHINA
  • Brand Name Harber
  • Certification ISO 9001/ TS16949/IECAQC080000
  • Model Number customized
  • Minimum Order Quantity 1000PCS
  • Packaging Details carton package, Blister tray or according to your requests
  • Delivery Time 5-8 days
  • Payment Terms T/T, Western Union, D/P
  • Supply Ability 10,000,000PCS
  • Upload a Part

    metal injection molding electronic component mim Gear Parts

    Brand name 

    OEM & ODM

    Product type

    Adjustable hinge mim part

    Product Model

    MIM702

    Material

    Stainless steel 316L 304 17-4PH peptide  Fe2Ni Fe4Ni Fe20Ni

    Post-Sintering

    Polishing,Wire-drawing,Sandblasting,Plating,Coated,etc.

    Size

    Custom

    Tolerance

    10mm±(0.02-0.04)mm

    Weight

    10g

    Forming Method

    Powder Injection Molding

    Sintering method

    Solid phase sintering

    Sintering environment

    Vacuum

    Mold material

    Stainless steel

    Application

    Security industry

    Shape

    Custom

    OEM

    Accept

    QC system

    100% inspection before shipment

    Payment terms 

    T/T at sight, Paypal, Western Union,etc.

    Lead time 

    7-15 working days

    Supply capability

    500000 Piece Per Month

    Packaging 

    PP bag / Anti-static film / anti-static plastic disc



    MIM (Metal Injection Molding) is applicable to wide range of metal materials including low alloy steel, stainless steel, tool steel, nickel-based alloys,tungsten alloy, carbide, titanium, magnetic materials, Kovar alloy and fine ceramics, etc.


    metal materials including low alloy steel, stainless steel, tool steel, nickel-based alloys




    Main materials and applications for MIM

    Applicable materials

    The MIM process is applicable to a wide range of materials, including low alloy steel, stainless steel, tool steel, nickel-based alloys, tungsten alloys, cemented carbide, titanium alloys, magnetic materials, Kovar alloys, etc.


    Table 1 Commonly used PIM materials and their application fields:

    Material classification  

    Material grade

    Application areas

    Iron-based alloy

    Fe-2Ni, Fe-8Ni 310

    Various structural parts in automobile, machinery and other industries

    Stainless steel

    316L ,17-4PH, 420, 440C

    Medical equipment, watch parts

    Carbide

    WC-Co

    Various knives, clocks and watches

    ceramics

    Al2O3, ZrO2, SiO2

    IT electronics, daily necessities, watches and clocks

    heavy alloy

    W-Ni-Fe, W-Ni-Cu, W-Cu

    Communications, daily necessities

    Titanium alloy

    Ti,Ti-6Al-4V

    Medical, aviation

    magnetic materials

    Fe, Fe50Ni, Fe-Si

    Various magnetic performance parts

    tool steel

    42CrMo4,M2

    various tools

    copper alloy

    ——

    Conduct heat and electricity


    Table 2 Properties of several typical PIM materials:

    MaterialMaterial

    density  

    hardness  

    Tensile Strength  

    Elongation

    g/cm 3

    Lowe's

    MPa

    %

    Iron-based alloy

    PIM-2200 (sintered)

    7.60

    45HRB

    290

    40

    PIM-2700 (sintered)

    7.60

    69HRB

    440

    26

    PIM-4605 (sintered state)

    7.60

    62HRB

    415

    15

    PIM-4605 (quenching, tempering)

    7.60

    48HRC

    1655

    2

    Stainless steel

    PIM-316L (sintered)

    7.85

    67HB

    520

    50

    PIM-17-4PH (sintered)

    7.5

    27HRC

    900

    6

    PIM-17-4PH (sintered)

    7.5

    40HRC

    1185

    6

    PIM - 440C (sintered)

    7.5

    65HRB

    415

    25

    Tungsten alloy

    95%W-Ni-Fe

    18.1

    30

    960

    25

    97%W-Ni-Fe

    18.5

    33

    940

    15

    fine ceramics

    Al2O3

    3.9

    HRA92

    Bending strength

    -

    Application of MIM Common Products

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