I-Anti{0}}I-Oxidation ye-Graphite Electrode Plate luhlobo lwepleyiti ye-electrode yegraphite eye yaphathwa ngokukodwa ukuphucula uzinzo-kwimo yobushushu obuphezulu be-oxidation. Ayigcini nje ngokugcina i-conductivity egqwesileyo yombane, -ukumelana nobushushu obuphezulu kunye nozinzo lwekhemikhali yegraphite, kodwa iphucula kakhulu ukuxhathisa kwe-oxidation, iyenze ilungele imiboniso yemizi-mveliso yexesha elide{4}}eliphezulu{5}}lokusebenza kobushushu.
Iimpawu zokusebenza
- Ukusebenza kwe-Antioxidant: Kuluhlu oluxeliweyo oluphezulu{0}}lobushushu obuchaziweyo, i-antioxidant yokwambathisa inokunciphisa kakhulu ukusabela phakathi kweepleyiti zegraphite electrode kunye neoksijini okanye ioksijini{1}}eziqulathe izinto, zokwandisa ubomi bazo benkonzo.
- Ukusetyenziswa okucuthiweyo: Ukusetyenziswa kwe-oxidation{0}}i-graphite electrode plates enganyangekiyo kunokunciphisa ukusetyenziswa kwe-electrode ngama-24% ukuya kwi-50%, ngokuxhomekeke kwifomula yokwambathisa, iimeko zenkqubo kunye nendawo yokusebenza.
- Ukuphucula ukusebenza kakuhle: Ngenxa yokunciphisa ukusetyenziswa kwe-electrode, i-oxidation{0}}ipleyiti ye-graphite enganyangekiyo ye-electrode inceda ekuphuculeni ukusebenza kakuhle kwemveliso, ngelixa kuncitshiswa ukusebenza kunye nomngcipheko wabaqhubi.
- Ukonga amandla kunye nokukhuselwa kokusingqongileyo: Ngokunciphisa inani lokutshintshwa kwe-electrode kunye nokunciphisa ukusetyenziswa kwamandla, i-anti-i-oxidation graphite electrode plate inegalelo ekongeni umbane kunye nokunciphisa ukukhutshwa, ngokuhambelana nendlela yangoku yokukhusela indalo.
IiParameters zobuGcisa
|
Uluhlu lweParameter |
IParameter ethile (Iyunithi) |
Uluhlu oluqhelekileyo |
|
Izinto ezingundoqo |
Ucoceko lweCarbon (%) |
99.90–99.97 (iBanga leMveliso); Mkhulu kuno okanye ulingana no-99.99 (uHlelo oluchanekileyo) |
|
Ubuninzi (g/cm³) |
1.85–1.92 |
|
|
Umxholo wothuthu (ppm) |
Ngaphantsi okanye ngokulingana ne-150 (iBanga leMveliso); Ngaphantsi okanye ukulingana nama-50 (iBanga elichanekileyo) |
|
|
Ubungakanani besuntswana (μm) |
5–15 (Esemgangathweni); 3–8 (Uziinkozo) |
|
|
Anti{0}}Ukusebenza kwe-Oxidation |
Uhlobo lokugquma |
I-Silicon Carbide (SiC)/Borosilicate Glass/Phosphate |
|
I-Anti{0}} i-Oxidation Temperature Range ( isidanga ) |
800–1400 (SiC Coating); 600–1000 (Ukwambathisa ngeglasi) |
|
|
Iqondo lokuXhoxa (g/m²·h) |
Ngaphantsi okanye ilingana ne-0.008 (iNdawo yoMoya kwi-1000 degree); Ngaphantsi okanye ilingana no-0.015 (I-Inert Atmosphere kwi-1200 degree) |
|
|
Ukuphuculwa koBomi beNkonzo ezininzi |
Amaxesha ama-3–5 (vs. Ii-Electrodes zeGraphite eziqhelekileyo) |
|
|
Ukusebenza koomatshini |
Amandla eFlexural (MPa) |
40–65 |
|
Amandla oxinzelelo (MPa) |
80–120 |
|
|
Ukuqina konxweme (HS) |
55–80 |
|
|
Ukusebenza kweThermal |
Obona bushushu bokusebenza ( isidanga ) |
1400–1600 (NgoKhuseleko lweCoating) |
|
I-Thermal Conductivity (W/m·K) |
120–180 (Ubushushu beGumbi) |
|
|
Ukunyangwa kweThermal Shock ( isidanga ) |
Enkulu kuno okanye ilingana nama 600 (umahluko wobushushu) |
|
|
Ukusebenza koMbane |
Ukuxhathisa uMqulu (μΩ·m) |
6–10 |
|
Machining Precision |
Ukunyamezelwa koMda (mm) |
±0.05 (Ubude/Ububanzi); ±0.02 (Ukutyeba) |
|
Uburhabaxa boMphezulu (Ra, μm) |
0.4–1.0 |
|
|
Ukunyangwa kokusiNgqongileyo |
I-Acid Corrosion Mass Loss (%) |
Ngaphantsi okanye ilingana no-0.2 (pH 2–4, 1000h) |
|
Phezulu{{0}Okuchasana noBubushushu{1}}Umjikelo we-Oxidation (h) |
Enkulu kune okanye ilingana ne-3000 (Ukusebenza ngokuqhubekayo kwi-1200 degree) |
Iimveliso zixhasa ulungelelwaniso olulolwakho (uhlobo lokutyabeka, ubungakanani, kunye neeparamitha zokusebenza zinokuhlengahlengiswa njengoko kufuneka)
Iteknoloji yonyango lwe-Antioxidant
- Itekhnoloji yokugquma ubuso
(1) I-Silicon carbide coating --Yenza i-SiC yokukhusela kwi-electrode surface, kunye nokumelana nokushisa ukuya kwi-1400℃kunye nokuxhatshazwa kwe-oxidation ngamaxesha angama-3-5. Ifanelekile kwindawo ephezulu yokushisa i-oxidation efana neendawo zombane ze-arc kunye ne-mineral hot furnaces.
2 Ihlala isetyenziswa kwi-lithium anode sintering furnaces kunye ne-photovoltaic single furnaces yekristale.
- Unyango lokuntywiliselwa
(1) Ukuntywiliselwa kwephosphate -- Ukuzalisa iipores zegraphite, ukunciphisa indawo yoqhagamshelwano ye-oxidation, kwaye imelana nobushushu ukuya kwi-1000 degree. 2
- Ukuguqulwa kwezinto
(1)Yongeza i-antioxidant -- Umaleko okhuselayo wenziwa kubushushu obuphezulu.
2
Iindlela zophuhliso lwexesha elizayo
Ngokukhula kogxininiso ekukhuselweni kwendalo kunye namandla angqongqo -iimfuno zogcino, iAnti{1}}i-Oxidation Graphite Electrode Plates ibonisa amandla amakhulu osetyenziso. Ukujonga phambili, iinguqulelo eziqhubekayo kubuchwephesha bokugquma kunye nokuphuculwa kwenkqubo kuya kuphucula ngakumbi ukusebenza kwazo, kubenza ukuba basetyenziswe kuzo zonke iinkqubo zoshishino ezahluka-hlukeneyo.
Iifayile ezishisayo: anti-ipleyiti yegraphite ye-electrode echasene ne-oxidation, i-China anti-abavelisi beepleyiti ze-oxidation yegraphite electrode
