Lost wax casting for cobalt based parts

Cobalt-based alloy castings with high-temperature resistance and wear resistance are widely used in the fields of Oil&Gas

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    Cobalt-based Lost Wax Casting Parts

    Lost-wax casting is a process for creating objects, from simple to complex, in a variety of metals (such as gold, silver, brass, or bronze) by casting an original model or pattern. Cobalt-based alloy castings with high-temperature resistance and wear resistance are widely used in the fields of Oil&Gas, Chemicals, Nuclear power, and Medical new materials.

    Lost-wax Casting: Max  weight of single investment casting part is 500KG;

     

    Lost wax casting precess

    Matson Lost wax casting  has sophisticated production technology of investment casting,

    The lost-wax casting process can differ depending on the industry and application, but it generally consists of the following steps. Cast parts can be made from a wax model itself, called the direct method, or from replicas of the original wax model, called the indirect method.

    cobalt based casting part

    Lost wax casting for different industries

    iron based casting parts
    Lost wax casting part for pump
    cobalt based casting part
    Lost wax casting part for valeve
    iron investment casting
    Lost wax casting part for vechicle
    iron part investment casting
    Lost wax casting part for pump

    Cobalt based material for Lost wax casting

    Major Grades

    Co101/Cobalt1                 Co103/Cobalt3               Co112/Cobalt 12                       Co180/T800

    Co106/UNS R30006/Cobalt 6/Stl 6       Co131/UNS R30031/Cobalt 31/Stl 31

    Co121/UNS R30021/Cobalt 21/Stl 21      Co193/UNS R30400/T400

    obalt material list for lost wax casting

    Cobalt material list for lost wax casting

    Metal Grade Hardness HRC Application Reference Standard Chemical Composition(Weight%)
    C Cr W Si Fe Mo Mn Ni Co
    Co101 48-53 Used  for  working  condition   without  thermal  and mechanical   shock   exists,  e.g.  pump  shaft   sleeve, rotating  sealing  seat  ring,  wear-resistance  gasket, bearing  bush, horn homogenize  pars, galvanized  iron  pot
    roller, plastics extruder gasket.
    2.5 29 12 1 3 1 1 3 Bal
    Co103 48-53 2.5 30 12.5 Bal
    Co104 43-47 Used  in hot  pressing  for mechanical  shock,  e.g. hot pressing  and  extruding  copper/aluminum  alloy  die,
    zinc-plating equipment  bearing, cell die, etc.
    0.9 32 14 1 0.5 0.5 0.5 Bal
    Co106 >=37 Used to produce steam and chemical valve seats. AMS 5387C
    UNS R30006
    1.2 29 4.5 1.5 1.5 Bal
    Co112 45-50 Used  to  produce   hot   extruding   die,   zinc-pl ating
    equipment  bearing, etc.
    1.6 29 8 1.5 2.5 Bal
    Co120 52-58 Used  for  working  condition   without  thermal  and mechanical   shock   exists,  e.g.  pump  shaft   sleeve, rotating  sealing  seat  ring,  wear-resistance  gasket, bearing  bush, hornogenize  pars, galvanized  iron  pot roller, plastics  extruder  gasket, Copper  extrusion  die
    core, plastics injection bushing.
    2.5 32 17 2.5 2.5 Bal
    Co121 <=34 Used  in  steam turbine  blade, brass casting  die,  hot
    extruding die and orthopedic implant joint
    AMS 5385G
    UNS R30021
    0.25 27 3.5 2.75 Bal
    Co131 <=34 Used  in  steam  turbine  blade,  shaft  sleeve  and  hot
    extruding die, etc.
    AMS 5382H
    UNS R30031
    0.5 25.5 7.5 0.9 10.5 Bal
    Co133 >= 52 Used  in  high  temperature  bushing of Fluidized  bed
    thermocouples, food homogenizer collision ring, etc.
    2.3 33 17.5 0.8 Bal
    Co193 52-55 Engine Valve seat ring SAE J 775
    UNS R30400 T400
    0.04 8 26 <=2 27
    Co180 >=50 Used  in  high  temperature  and  corrosion-resistant
    valve gate, valve board and plastics extruder  gasket
    T800 0.1 18 <=2 29 <=1 Bal

    Lost wax casting

    Lost-wax casting is a process for creating objects, from simple to complex, in a variety of metals (such as stainless steel, gold, silver, brass, or bronze) by casting an original model or pattern.

    Its industrial form, investment casting, is a common way to create precision metal parts in engineering and manufacturing.

    Read on to learn how digital technologies have revitalized casting and what it means for professionals from jewelers to dentists and volume producers.

    Applications of Lost-Wax Casting With Digital Technologies

    From engineers to mechanical desinger, various professional fields are taking advantage of the new possibilities enabled by digital technologies for lost-wax casting.

     

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