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Cube Alloy Wire C17200 C17500 C17300 ASTM B197 0.1mm-10mm kuMalungu esixhobo, iziqhagamshelo

Inkcazelo emfutshane:


  • INOMBOLO yoMfanekiso.C17200
  • Imvelaphi:eTshayina
  • Ikhowudi ye-HS:74082900
  • Isakhono seMveliso:1000T
  • Ukutyeba:0.025-10mm
  • Imigangatho:ASTM, GB, ISO, DIN, BS, JIS, En, njl.
  • Ubude:njengobude
  • Imiphezulu:Eqaqambileyo
  • Ubushushu:I-Aneal ethambileyo, i-Deep-Drawing Anneal, njl
  • Iinkcukacha zeMveliso

    FAQ

    Iithegi zeMveliso

    TiiPropati zeMpahla zeMpahla ze:
    Ubuninzi (g/cm3): 8.36
    Ubuninzi phambi kokuqina kweminyaka (g/cm3): 8.25
    I-Elastic Modulus (kg/mm2 (103)): 13.40
    I-Thermal Expansion Coefficient (20 °C ukuya ku-200 °C m/m/°C): 17 x 10-6
    I-Thermal Conductivity (i-cal/(cm-s-°C)): 0.25
    Uluhlu lokunyibilika (°C): 870-980

     

     

    Ubushushu obuqhelekileyo sinikezela:

    Ukutyunjwa kweCuBeryllium I-ASTM IiPropati zoomatshini kunye nezoMbane zeCopper Beryllium Strip
    Ukutyunjwa Inkcazo Tensile strength
    (Mpa)
    Isivuno Amandla 0.2% offset Elongation Percent UBUNZIMA
    (HV)
    UBUNZIMA
    Rockwell
    B okanye C Isikali
    Ukuqhuba koMbane
    (% IACS)
    S TB00 Isisombululo sichanelwe 410~530 190~380 35~60 <130 45 ~ 78HRB 15–19
    1/2 H TD02 Isiqingatha Hard 580~690 510~660 12-30 180-220 88~96HRB 15–19
    H TD04 Kunzima 680~830 620~800 2-18 220-240 96~102HRB 15–19
    HM TM04

    Ilitye liqina

    930~1040 750~940 9-20 270~325 28-35HRC 17-28
    SHM TM05 1030~1110 860~970 9-18 295~350 31-37HRC 17-28
    XHM TM06 1060~1210 930~1180 4~15 300~360 32-38HRC 17-28

     

    Itekhnoloji ephambili yeBeryllium Copper (Unyango lobushushu)

    Unyango olushushu yeyona nkqubo ibaluleke kakhulu kule nkqubo ye-alloy. Ngelixa zonke ii-alloys zobhedu zilukhuni ngokusebenza okubandayo, i-beryllium yobhedu iyingqayizivele ekubeni lukhuni ngonyango olulula olulula lobushushu obuphantsi. Ibandakanya amanyathelo amabini asisiseko. Eyokuqala ibizwa ngokuba kukunqanda isisombululo kwaye okwesibini, ukuna kwemvula okanye ukuqina kweminyaka.

    Isisombululo seAnealing

    Kwi-alloy eqhelekileyo CuBe1.9 (1.8- 2%) i-alloy ifudunyezwa phakathi kwe-720 ° C kunye ne-860 ° C. Ngeli xesha i-beryllium equlethwe ngokuyimfuneko "ichithwe" kwi-matrix yobhedu (isigaba se-alpha). Ngokucinywa ngokukhawuleza kwiqondo lokushisa legumbi esi sakhiwo sesisombululo esiqinileyo sigcinwa. Izinto ezikweli nqanaba zithambe kakhulu kwaye zithambile kwaye zinokubanda ngokukhawuleza ngokuzoba, ukwenza ukuqengqeleka, okanye isihloko esibandayo. Isisombululo sokusebenza kwe-annealing yinxalenye yenkqubo yokusila kwaye ayiqhelekanga ukusetyenziswa ngumthengi. Iqondo lobushushu, ixesha kwiqondo lobushushu, izinga lokucima, ubungakanani bengqolowa, kunye nobulukhuni zonke ziiparameters ezibaluleke kakhulu kwaye zilawulwa ngokuqinileyo yiTANKII.

    Ubudala Ukuqina

    Ukuqina kweminyaka kukhulisa kakhulu amandla ezinto. Le ntshukumo iqhele ukwenziwa kumaqondo obushushu aphakathi kwe-260°C kunye ne-540°C ngokuxhomekeke kwingxubevange kunye neempawu ezifunekayo. Lo mjikelo ubangela ukuba i-beryllium enyibilikileyo iqhube njenge-beryllium ecebileyo (i-gamma) isigaba kwi-matrix nakwimida yengqolowa. Kukubunjwa kwale precipitate ebangela ukwanda okukhulu kwamandla ezinto eziphathekayo. Umgangatho weempawu zomatshini ezifunyenweyo zichongwa ngubushushu kunye nexesha kwiqondo lokushisa. Kufuneka kuqatshelwe ukuba i-beryllium yobhedu ayinayo iimpawu zokuguga kweqondo lokushisa.

     


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