Deskripsyon pwodwi
Pwosesis fabrikasyon an zirkonyòm korundum brik konbine sab zirkon chwazi ak endistriyèl poud oksid aliminyòm dapre 1:1, plis yon ti kantite Flux NaZO (te ajoute nan fòm lan nan kabonat sodyòm) ak B20 (te ajoute nan fòm lan nan asid borik oswa boraks). ), melanje respire, fonn nan 1800 ~ 1900 degre ak Lè sa a, jete nan fòm, ka fè brik la Distribisyon ki gen ZrO 2 33%. Sou baz sa a, jete brik ki gen ZrO2 nan 36% ~ 41% ka prepare lè l sèvi avèk sab zirkon pasyèl desilicate kòm matyè premyè. zirkonyòm korundum brik brik se yon pwodwi refractory ak 33% ~ 45% ZrO2 kontni te fè soti nan poud alumina endistriyèl ak sab zirkon chwazi. Plon brik corundum se sitou itilize nan au endistri vè.
Avantaj nan CH refractories manifaktire zirkonyòm korundum brik:
Chwazi matyè premyè: ase matyè premyè ak bon jan kalite chwazi asire bon jan kalite pwodwi.
Atelye pwodiksyon estanda: Nou gen ase kapasite pwodiksyon pou lòd gwo volim epi nou ka Customize divès kalite pwodwi refractory.
Pwodiksyon konplètman otomatize: kontwòl strik sou bon jan kalite pwodwi ak atelye pwodiksyon estanda.
Stock ase: gwo depo a gen ase rezèv pou satisfè kondisyon divès kalite ou yo ak ekonomize tan ou.
Aplikasyon nan zirkonyòm korundum brik
Se brik la zirkonyòm korundum yo itilize nan yon pati enpòtan nan gwo founo dife a vè k ap fonn - miray la pisin k ap fonn, ak rezistans tanperati ki wo, rezistans ewozyon ak gwo rezistans korozyon.
Anplis de sa, Li se itilize kòm premye etaj pavaj brik nan vè tank endistriyèl kiln oswa kòm sub-kouch pavaj brik pou bati anba a ak miray nan fou tank vè ak ekipman tèmik tankou brik depo chalè.
Endèks fizik ak chimik nan zirkonyòm korundum brik
|
Mak |
AZS{{0}Y |
AZS{{0}Y |
AZS{{0}Y |
|
|
Konpozisyon chimik％ |
Zr02 |
32.00-36.00 |
35.00-40.00 |
40.00-44.00 |
|
Si02 |
Mwens pase oswa egal a 16.00 |
Mwens pase oswa egal a 14.00 |
Mwens pase oswa egal a 13.00 |
|
|
Na20 |
Mwens pase oswa egal a 1.45 |
Mwens pase oswa egal a 1.45 |
Mwens pase oswa egal a 1.30 |
|
|
Fe2O3+TiO2+CaO+MgO+Na2O+K2O |
Mwens pase oswa egal a 2.00 |
Mwens pase oswa egal a 2.00 |
Mwens pase oswa egal a 2.00 |
|
|
Fe2O3+TiO2 |
Mwens pase oswa egal a 0.30 |
Mwens pase oswa egal a 0.30 |
Mwens pase oswa egal a 0.30 |
|
|
En dansite g/cm3 |
Pi gran pase oswa egal a 3. 75 |
Pi gran pase oswa egal a 3. 80 |
Pi gran pase oswa egal a 3. 95 |
|
|
Aparan porosite |
Mwens pase oswa egal a 1.5% |
Mwens pase oswa egal a 1.0% |
Mwens pase oswa egal a 1.0% |
|
|
Staticanti-korozyon pousantaj nan likid vè (nòmal soda-lacho glassmeglass, 1500 degre x36h) |
Mwens pase oswa egal a 1.50mm / 24h |
Mwens pase oswa egal a 1.40mm / 24h |
Mwens pase oswa egal a 1.30mm / 24h |
|
|
Tanperati exudation nan faz vitre |
Pi gran pase oswa egal a 1400 degre |
Pi gran pase oswa egal a 1400 degre |
Pi gran pase oswa egal a 1400 degre |
|
|
To presipitasyon jarèt (nòmal soda lacho glassmeglass, 1300 degre x10h)) |
Mwens pase oswa egal a 2.0% |
Mwens pase oswa egal a 1.5% |
Mwens pase oswa egal a 1.0% |
|
|
Kantite enfiltrasyon faz vitre (1500 degre x4h) |
Mwens pase oswa egal a 2.0% |
Mwens pase oswa egal a 3.0% |
Mwens pase oswa egal a 3.0% |
|
|
Pwa volim |
PT,QX |
Pi gran pase oswa egal a 3. 45g/cm3 |
Pi gran pase oswa egal a 3. 45g/cm3 |
Pi gran pase oswa egal a 3. 55g/cm3 |
|
ZWS |
Pi gran pase oswa egal a 3. 60g/cm3 |
Pi gran pase oswa egal a 3. 70g/cm3 |
Pi gran pase oswa egal a 3. 85g/cm3 |
|
|
Zozo |
Pi gran pase oswa egal a 3. 70g/cm3 |
Pi gran pase oswa egal a 3. 80g/cm3 |
Pi gran pase oswa egal a 3. 95g/cm3 |
|
Endèks fizik ak chimik nan zirkonyòm korundum brik
|
Mak |
AZS{{0}Y |
AZS{{0}Y |
AZS{{0}Y |
|
|
Konpozisyon chimik％ |
Zr02 |
32.00-36.00 |
35.00-40.00 |
40.00-44.00 |
|
Si02 |
Mwens pase oswa egal a 16.00 |
Mwens pase oswa egal a 14.00 |
Mwens pase oswa egal a 13.00 |
|
|
Na20 |
Mwens pase oswa egal a 1.45 |
Mwens pase oswa egal a 1.45 |
Mwens pase oswa egal a 1.30 |
|
|
Fe2O{{1}TiO{{2{2}CaO+MGO+Na2O+K2O |
Mwens pase oswa egal a 2.00 |
Mwens pase oswa egal a 2.00 |
Mwens pase oswa egal a 2.00 |
|
|
Fe2O3+TiO2 |
Mwens pase oswa egal a 0.30 |
Mwens pase oswa egal a 0.30 |
Mwens pase oswa egal a 0.30 |
|
|
En dansite g/cm3 |
Pi gran pase oswa egal a 3. 75 |
Pi gran pase oswa egal a 3. 80 |
Pi gran pase oswa egal a 3. 95 |
|
|
Aparan porosite |
Mwens pase oswa egal a 1.5% |
Mwens pase oswa egal a 1.0% |
Mwens pase oswa egal a 1.0% |
|
|
Staticanti-korozyon pousantaj nan likid vè (nòmal soda-lacho glassmeglass, 1500 degre x36h) |
Mwens pase oswa egal a 1.50mm / 24h |
Mwens pase oswa egal a 1.40mm / 24h |
Mwens pase oswa egal a 1.30mm / 24h |
|
|
Tanperati exudation nan faz vitre |
Pi gran pase oswa egal a 1400 degre |
Pi gran pase oswa egal a 1400 degre |
Pi gran pase oswa egal a 1400 degre |
|
|
To presipitasyon jarèt (nòmal soda lacho glassmeglass, 1300 degre x10h)) |
Mwens pase oswa egal a 2.0% |
Mwens pase oswa egal a 1.5% |
Mwens pase oswa egal a 1.0% |
|
|
Kantite enfiltrasyon faz vitre (1500 degre x4h) |
Mwens pase oswa egal a 2.0% |
Mwens pase oswa egal a 3.0% |
Mwens pase oswa egal a 3.0% |
|
|
Pwa volim |
PT,QX |
Pi gran pase oswa egal a 3. 45g/cm3 |
Pi gran pase oswa egal a 3. 45g/cm3 |
Pi gran pase oswa egal a 3. 55g/cm3 |
|
ZWS |
Pi gran pase oswa egal a 3. 60g/cm3 |
Pi gran pase oswa egal a 3. 70g/cm3 |
Pi gran pase oswa egal a 3. 85g/cm3 |
|
|
Zozo |
Pi gran pase oswa egal a 3. 70g/cm3 |
Pi gran pase oswa egal a 3. 80g/cm3 |
Pi gran pase oswa egal a 3. 95g/cm3 |
|
