Anti-Oxidation Graphite Electrode Plate ke mofuta oa graphite electrode plate e 'nileng ea hloekisoa ka ho khetheha ho ntlafatsa botsitso ba eona-tikolohong e phahameng ea oxidation. Ha e boloke feela tšebetso e ntle ea motlakase, e phahameng-e hanyetsanang le mocheso le botsitso ba lik'hemik'hale tsa graphite, empa hape e ntlafatsa haholo khanyetso ea oxidation, e etsa hore e tšoanelehe bakeng sa liketsahalo tsa indasteri tsa ts'ebetso ea nako e telele-e phahameng{5}}mocheso.
Litšobotsi tsa ts'ebetso
- Tšebetso ea Antioxidant: Ka har'a boemo bo boletsoeng bo phahameng-ba mocheso o phahameng, tšireletso ea antioxidant e ka fokotsa haholo karabelo lipakeng tsa graphite electrode plate le oxygen kapa oxygen{1}lintho tse nang le lintho tse ngata, ho lelefatsa bophelo ba tsona ba ts'ebeletso.
- Phokotso ea tšebeliso: Tšebeliso ea li-electrode tsa oxidation-e hananang le li-electrode tsa graphite li ka fokotsa tšebeliso ea li-electrode ka 24% ho isa ho 50%, ho ipapisitse le mokhoa oa ho penta, maemo a tšebetso le tikoloho ea ts'ebetso.
- Ntlafatsa tshebetso e sebetsang hantle: Ka lebaka la phokotso ya tshebediso ya eleketrode, poleiti ya motlakase{0}}e hananang le graphite electrode e thusa ho ntlafatsa bokgoni ba tlhahiso, ha e ntse e fokotsa mosebetsi le kotsi ya basebedisi.
- Ho boloka matla le tshireletso ya tikoloho: Ka ho fokotsa palo ya dielectrode tse nkelwang sebaka le ho fokotsa tshebediso ya matla, anti{0}}antioxidation graphite electrode plate e kenya letsoho ho bolokeng matla le ho fokotsa mosi, ho latela mokgwa wa hajwale wa tshireletso ya tikoloho.
Tekheniki Parameters
|
Sehlopha sa Parameter |
Paramethara e khethehileng (Yuniti) |
Tloaelehileng Range |
|
Litaba tsa mantlha |
Carbon Purity (%) |
99.90–99.97 (Kereiti ya Diindasteri); E kholo ho feta kapa e lekana le 99.99 (Precision Grade) |
|
Boima ba 'mele (g/cm³) |
1.85–1.92 |
|
|
Litaba tsa molora (ppm) |
Ka tlase ho kapa ho lekana le 150 (Industrial Grade); Ka tlase ho kapa ho lekana le 50 (Precision Grade) |
|
|
Boholo ba Karolo (μm) |
5–15 (E Tloaelehileng); 3–8 (Lithollo tse Ntle) |
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|
Anti-Ts'ebetso ea Oxidation |
Mofuta oa ho roala |
Silicon Carbide (SiC)/Borosilicate Glass/Phosphate |
|
Anti-Oxidation Temperature Range ( degree) |
800-1400 (SiC Coating); 600–1000 (Glass Coating) |
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|
Sekhahla sa Oxidation (g/m²·h) |
Ka tlase ho kapa ho lekana le 0.008 (Tikoloho ea Moea ka tekanyo ea 1000); Ka tlase ho kapa ho lekana le 0.015 (Inert Atmosphere ho 1200 degree) |
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|
Ntlafatso ea Bophelo ba Tšebeletso Mengata |
3-5 linako (ha ho bapisoa le Li-Electrodes tse Tloaelehileng tsa Graphite) |
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|
Ts'ebetso ea Mechini |
Flexural Strength (MPa) |
40–65 |
|
Compressive Strength (MPa) |
80–120 |
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|
Bothata ba Lebōpo (HS) |
55–80 |
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|
Ts'ebetso ea Mocheso |
Mocheso o Moholo oa ho sebetsa (℃) |
1400–1600 (Ka Tšireletso ea Liaparo) |
|
Thermal Conductivity (W/m·K) |
120–180 (Mocheso oa Kamore) |
|
|
Thermal Shock Resistance ( degree) |
E kholo ho feta kapa e lekana le 600 (Phapang ea Mocheso) |
|
|
Ts'ebetso ea Motlakase |
Ho hanana ha Bolumo (μΩ·m) |
6–10 |
|
Machining Precision |
Mamello ya Dimensional (mm) |
± 0.05 (Bolelele/Bophara); ±0.02 (Botenya) |
|
Mathata a Maholimo (Ra, μm) |
0.4–1.0 |
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|
Khanyetso ea Tikoloho |
Acid Corrosion Mass Loss (%) |
Ka tlase ho kapa ho lekana le 0.2 (pH 2–4, 1000h) |
|
High{{0}Thempereature Anti{1}} Cycle Oxidation (h) |
E kholo ho feta kapa e lekana le 3000 (Ts'ebetso e Tsoelang Pele ka likhato tse 1200) |
Lihlahisoa li tšehetsa mokhoa oa motho ka mong (mofuta oa ho roala, boholo, le litekanyetso tsa ts'ebetso li ka fetoloa ha ho hlokahala)
Theknoloji ea phekolo ea Antioxidant
- Theknoloji ea ho roala holim'a sefahleho
(1) Silicon carbide coating -- E theha lera la tšireletso la SiC holim'a sebaka sa electrode, se nang le mocheso o hanyetsanang le mocheso ho fihlela ho likhato tse 1400 le ho hanyetsa oxidation ka makhetlo a 3-5. E loketse tikoloho ea mocheso o phahameng oa oxidation joalo ka libono tsa motlakase tsa arc le libono tse chesang tsa diminerale.
(2) Borosilicate e koahetsoeng ka khalase -- Ka mor'a ho qhibiliha ha mocheso o phahameng, ho etsoa lesela le teteaneng la khalase ho thibela ho kenella ha oksijene. Hangata e sebelisoa libonong tsa lithium anode sintering le photovoltaic single crystal furnaces.
- Phekolo ea ho qoelisoa metsing
(1) Ho qoelisoa ka phosphate - E tlatsa li-pores tsa graphite, e fokotsa sebaka sa ho kopana le oxidation, 'me e mamella mocheso ho fihlela ho likhato tse 1000. (2) Ho qoelisoa ka letsoai la tšepe - Filimi e sireletsang oxide e hlahisoa ka mocheso o phahameng ho matlafatsa khanyetso ea oxidation.
- Phetoho ea lintho tse bonahalang
(1) Eketsa antioxidant -- Lera le sireletsang le thehoa mocheso o phahameng.
(2)High{1}}density graphite -- e fokotsa porosity le ho fokotsa tshenyeho ya oxidation.
Mekhoa ea ntlafatso ea nako e tlang
Ha ho ntse ho e-ba le khatiso e ntseng e eketseha ea tšireletso ea tikoloho le litlhoko tse thata tsa ho boloka matla-, Anti{1}}Lipoleiti tsa Anti{1}} tsa Oxidation Graphite Electrode li bonts'a menyetla e mengata ea ts'ebeliso. Ha re sheba pele, lintlafatso tse tsoelang pele tsa mahlale a ho koahela le ho ntlafatsa ts'ebetso li tla ntlafatsa ts'ebetso ea tsona, ho li nolofalletsa ho sebelisoa lits'ebetsong tse fapaneng tsa indasteri.
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