Ingabe uhlela ukuthenga inqwaba ye-silicon carbide Radiant tube? Umkhiqizo we-Refractory uzohlinzeka kuwo wonke umhlaba, njenge-Europe, America, Australia, Uganda, Oman, Sri Lanka, Surabaya. Ngakho-ke, kulabo abathengi abafuna ukuthenga i-silicon carbide Radiant tube ngobuningi bebhizinisi labo, ukuyithenga kumkhiqizi ohloniphekile kungaba ukukhetha okuhlakaniphile.
Indawo Yomsuka: | I-Hunan, China | Isimo: | I-PIPE |
Okubalulekile: | I-Silicon Carbide (SiC) | Okuqukethwe kwe-SiO2 (%): | 0.1% |
Okuqukethwe kwe-Al2O3 (%): | 0.1% | Okuqukethwe kwe-MgO (%): | 0.01 |
Okuqukethwe kwe-CaO (%): | 0.01 | I-Refractoriness (Iziqu): | Okujwayelekile (1580°< Refractoriness< 1770°) |
Okuqukethwe kwe-CrO (%): | 0 | Okuqukethwe kwe-SiC (%): | 30-99 |
Inombolo Yemodeli: | I-XTL-0339 | I gama le-brand: | I-Xingtailong |
Izinga lokushisa eliphezulu lokusebenza: | 1700 ℃ | Ubude: | 200-1500 mm |
umthwalo wendawo: | ubuningi. 13W/cm2 | I-Thermal conductivity: | 0.08W/(m*K) |
Ukuqina kwe-Mohs: | 80-90HRA | I-Porosity: | 10-11% |
Ukuminyana kwenqwaba: | 2.6-3.3g/cm³ |
umkhono we-silicon carbide / tube
Is ikakhulukazi esetshenziswa ekukhiqizeni i-aluminium, ithusi futhi i-zinc , njengolwelwesi lwechibi lechibi elincibilikisiwe kanye nokugeza kwe-electrolytic (ukugeza okunciphisa). ukuguguleka nge-aluminium ne-cryolite (esetshenziswa njengesengezo), kodwa impahla ye-Si3N4 eboshiwe ye-SiC ayikwazanga ukuguguleka nge-aluminium, futhi yenza ungabi nokusabela kwamakhemikhali nge-cryolite.Ngakho lolu hlobo lwezinto lulungele izitini ze-lining zokugeza i-electrolytic.Ikakhulukazi lolu hlobo lwezitini lunezici ezinhle kakhulu zamandla aphezulu, ukumelana ne-abrasive kanye ne-nonconductive, ngakho-ke i-copolymer (Al2O3 kanye ne-Cryolite). I-copolymer ithanda ifilimu evikelayo ukuze ivikele ulayini osebenzayo futhi ithuthukise impilo yesevisi ye-electrolytic ukugeza.
Ngesikhathi esifanayo, izitini ze-Si3N4 eziboshiwe ze-SiC zine-conductivity ephansi ye-thermal kunezitini ze-silicon, ngakho-ke zingakwazi ukunciphisa
ukujiya kodonga oluseceleni noma ukufaka amandla aphezulu ukuze kwandiswe umthamo wokulayisha webhavu le-electrolytic, nokwandisa
Ngenxa yokumelana okuphezulu kwezinto, kunganciphisa ukusetshenziswa kwamandla odongeni oluseceleni cishe ngo-15%, ukonga. amandla kanye nendawo evikelayo.
Imininingwane:
1. Ubuchwepheshe bokukhiqiza obuhamba phambili e-China. Amashubhu ethu angaba esikhundleni samashubhu aseJapan esithandweni se-Aluminium melt.
2 Indawo ebushelelezi kakhulu ukugwema noma yiluphi uketshezi lwensimbi olucishiwe.
3. I-conductivity enhle ye-thermal.
4. Amandla ezinga lokushisa eliphezulu
5. I-groove ekhethekile ezolungiswa kalula.
Ukuminyana |
2.8 g/cm3 |
I-Porosity |
≤16% |
Ukwakheka kwesigaba |
β-Si3N4, i-oxide |
I-SIC |
72% |
I-Si3N4 |
21% |
amandla okucindezela |
140MPa |
amandla okuguquguquka |
35MPa |
I-Thermal conductivity |
16 w/m*k |
Ipharamitha Yobuchwepheshe Ye-Reaction Bonded Silicon Carbide
into |
iyunithi |
idatha |
izinga lokushisa kwesicelo |
C |
1380 |
ukuminyana |
g/cm3 |
>=3.02 |
i-porosity evulekile |
% |
<0.1 |
amandla okugoba |
Mpa |
250(20C) |
|
Mpa |
280(1200C) |
I-modulus ye-elasticity |
I-Gpa |
330(20C) |
|
I-Gpa |
300(1200C) |
conductivity ezishisayo |
W/m.k |
45(1200C) |
i-coefficient yokwandisa ukushisa |
K-1*10-6 |
4.5 | '
℃ ubulukhuni Ω | ±“ ’ | ™ô 13 é |
“ i-alkaline ene-asidi ” | €! – | ¥" Kuhle kakhulu ♦ | Ω
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Mayelana nenkampani yethu:
ρI-Xing Tai Long yinkampani ejabulele ukusungula uchungechunge lwemikhiqizo emithathu, okuhlanganisa i-Refractory Ceramics, i-Project Ceramics kanye ne-Ceramic Packing Materials.Imikhiqizo eyinhloko: amashubhu e-Alumina/SiC, i-Alumina/SiC crucible njll kanye nemikhiqizo ye-silicon carbide.Ngesipiliyoni seminyaka engaphezu kwengu-20 kanye ne-ISO9001/SGS edlulile, sisungula ukusebenzisana okunesikhathi eside nezinkampani ezaziwayo zasekhaya neziphesheya kwezilwandle.
°&other;
Kungani ukhetha i-Xingtailong?
υIzinto ezisezingeni eliphakeme ze-puriy ziqinisekisa izinga lokushisa eliphakeme kakhulu lokusebenza,
√Ukubekezelela okuqinile qinisekisa ukufakwa okulungile.
θIpayipi lenani elikhulu esitokweni liqinisekise ukulethwa okusheshayo
”Amandla amakhulu anciphisa amanani amapayipi.
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Shiya umlayezo
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