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Dia 0.6mm Alloy M25 aeris Beryllium filis pro contactus pontes

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  • Model non.:C17200
  • Filum diameter:0.03mm min.
  • Virga diametrum:3.0-300mm,
  • Daidea spolia0.05mm, min
  • Latitudo crassitudine:250mm,
  • HS Code:74082900
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    Product Description

     

    Chemical compositionem (pondus percent) deC17200 Beryllium aeris Alloy:

    Eripiens solutions
    Mixtura Beryllium Cobalt Nickel CO + NI CO + NI FE + Aes
    C17200 1.80-2.00 - 0.20 min 0.20 min 0,60 max Statera

    Notandum: aeris plus additiones aequalis 99.5% min.
    TYpical physica proprietatibus C172:
    Density (G / CM3) 8.36
    Density Antequam Age Hardening (G / CM3) 8,25
    Elastica modulus (kg / mm2 (CIII)) 13.40
    Scelerisque expansion coefficiente (XX ° C ad CC ° C III / m / C): XVII x 10-6
    Thermal conductivity (C. / (cm-S- ° F)) 0,25
    Melting range (° F) 870-980

    Communi ingenium nos suppleret:

    Cuburylium designatio ASTM Mechanica et electrica proprietates aeris Berylellium habena
    Designatio Descriptio Tensile vires
    (MPA)
    Cede vires 0.2% Offset Elongatio sentio Durities
    (HV)
    Durities
    Rockwell
    B aut C
    Electrical Conductivity
    (% Iacs)
    A Tb00 Solutio annealed CDX ~ DXXX CXC ~ CCCLXXX XXXV ~ LX <CXXX CXXX XLV ~ 78hrb XV ~ XIX
    1/2 h Td02 Dimidium DLXXX ~ DCXC DX ~ DCLX XII ~ XXX CLXXX ~ CCXX LXXXVIII ~ 96hrb XV ~ XIX
    H Td04 Durus DCLXXX ~ DCCCXXX DCXX ~ DCCC II ~ XVIII CCXL ~ CCXL XCVI ~ 102hrb XV ~ XIX
    HM Tm04 Obcuratus CMXXX ~ MXL DCCL ~ CMXL IX ~ XX CCLXX ~ CCCXXV XXVIII ~ 35HRC XVII ~ XXVIII
    SHM Tm05 MXXX ~ MCX DCCCLX ~ CMLXX IX XVIII CCXCV ~ CCCL XXXI ~ 37HRC XVII ~ XXVIII
    Xhm Tm06 MLX ~ MCCX CMXXX ~ MCLXXX IV ~ XV CCC CCCLX ~ XXXII ~ 38hrc XVII ~ XXVIII

     

    Key Technology de Beryllium aeris (Calor)

    Calor curatio est maxime momenti processus in hoc Alloy ratio. Dum omnis aeris alloys sunt per frigus operantes, beryllium aeris est unique in esse per difficultatem a simplex humilis temperatus scelerisque curatio. Hoc involves duo basic gradus. Primum dicitur solutio annexa et secundo, praecipitatio vel aetas indurare.

    Solutio annealing

    Nam typical alloy Cube1.9 (1.8- II%) ad mixtum est calefacta inter DCCXX ° C et DCCCLX c. In hoc puncto continebat Berylellium est per se "dissolvi" in aeris matrix (alpha phase). Per cursim extinguere ad locus temperatus huius solutionis solution structuram retinetur. In materia ad hoc gradu est valde mollis et ductile et potest esse libenter frigus laboraverunt per drawing, formatam volubilem, aut frigus capite. Solutio annealing operatio est pars processus ad molendini et non typice usus est in elit. Temperature, tempus ad temperatus, Rate extinguat, grano magnitudine, et duritia sunt omnes valde critica parametri et sunt vehementer imperium per Tankii.

    AETAS

    Age indurare significantly enhances in materia est vires. Hoc reactionem est plerumque ferri ex ad temperaturis inter CCLX ° C et DXL ° F fretus stannum et desideravit characteres. Hoc cycle causat dissolvi Beryllium ad praecipiti quasi Beryllium dives (Gamma) tempus in matricem et in frumenti terminos. Est formatio huius praecipiti, quae facit magna incremento in materia vires. In gradu mechanica proprietatibus attenditur determinatur temperatus et tempus temperatus. Sciendum quod Beryllium aeris habet locus temperatus canus characteres.

     


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