Cegły ogniotrwałe AZS
Nowadays, glass kilns have higher requirements for refractory bricks. High-quality refractory bricks can reduce cost consumption and produce better-quality products, and sintered AZS refractory bricks are widely used in glass kilns because of their anti-erosion and wear resistance.
Sintered AZS zirconium corundum brick is made of high-quality zirconium (ZrO2) jako główny surowiec, after scientific and reasonable grading, with excellent performance additives, by high-pressure molding, high-temperature sintering refractory products.
PER Refractories produces high-quality AZS fire bricks. You can always contact us for better AZS brick offers.
AZS Refractory Brick Characteristics
Its characteristics are high strength, odporność na wysoką temperaturę, odporność na erozję, and good chemical stability.
It is widely used in metallurgy, materiały budowlane, ropa naftowa, przemysł chemiczny, ceramika, szkło, enamel, carbon black, metale nieżelazne, materiały ogniotrwałe, and other industries in industrial kilns.
Re-sintered zirconium corundum AZS sintered brick manufacturing process: the ZrO2 content in the zircon concentrate used to produce AZS sintered brick should be above 65%, and the combined TiO2, Fe2O3, and CaO should be less than 1%.
AZS Brick Physical and Chemical Performance Index Comparison
| Name Brand | Zirconium mullite brick | Re-sintered electrofused AZS brick | High corundum brick | ||
| Types | MZ-22 | MZ-30 | MZ-15 | AZS-32 | AZS-20 |
| AL2O3% | ≥55 | ≥50 | ≥62 | ≥48 | ≥58 |
| SiO2% | ≤25 | ≤22 | |||
| ZrO2% | ≥22 | ≥30 | ≥15 | ≥32 | ≥18 |
| Wytrzymałość na ściskanie w normalnej temperaturze(Mpa) | ≥65 | ≥65 | ≥80 | ≥80 | |
| Bulk density(g/cm3) | ≥2.85 | ≥2.95 | ≥2.70 | ≥3.25 | ≥2.80 |
| 0.2Mpa load softening temperature(T0.6%℃) | ≥1600 | ≥1600 | ≥1650 | ≥1625 | T2≥1650 |
| Porowatość(%) | ≤18 | ≤18 | ≤18 | ≤18 | |
Characteristics Of Sintered AZS Bricks For Glass Kilns
1. Dobra odporność na erozję.
2. Good wear resistance.
3. Good thermal shock performance at high temperatures.
Sintered AZS alumina fire bricks for glass kilns are generally used as the working layer of the glass kiln pool, which is in contact with the glass liquid and protects the kiln while resisting the erosion of the glass liquid. Dlatego, sintered AZS bricks are mainly used in the glass kiln melting section of the chest wall and arch foot pool bottom sealing layer and other parts.
Physicochemical Index Of Sintered AZS Fire Bricks For Glass Kilns
AZS Refractory Bricks/Electrofused Zirconium Corundum Bricks Used In Glass Kilns
Cegły z elektrokorundu cyrkonowego
AZS refractory bricks are called electrofused zirconium corundum bricks. It is made by melting the raw material completely and casting it in the casting mold, then cooling and solidifying it. It is mainly used in glass kilns. The shrinkage caused by volume shrinkage during the condensation process of this product is a matter to be noted when using it.
AZS refractory bricks are available in normal casting, inclined casting, non-cratering, and quasi-cratering, and can be cast in various ways to meet the requirements of ceramic frit furnaces, alkali furnaces, and glass furnaces. Jest odporny na szorowanie, odporność na korozję, and long service life, and is generally used in —– electrofusion oxidation method casting molding.
Three Important Driving Forces
AZS refractory brick change development has three important driving forces.
First glass manufacturers for less to maintain and usually need to change the quality of glass supply and demand.
The financial requirements of glass furnaces to make the kiln operating cycle longer.
And thirdly, the impact of the oxyfuel system.
These three requirements usually dictate the choice of modified refractory bricks when repairing the kiln.
These driving forces have also led glass manufacturers to choose modified refractory products for furnace care and maintenance and to invoke new skills for extensive repair work.
AZS Refractory Bricks Under Glass Refractory
Fused and cast aluminum bricks have established their application in this part of the melt pond roof, which is important for melting high-quality glass for oxyfuel pond furnace applications. Before the introduction of oxyfuel technology, only βˉ aluminum bricks were used in the top structure of the melting pool, and no fused cast aluminum bricks were used at the top of the melting pool.
Nowadays, no matter βˉ aluminum fusion casting products are used to produce a glittering film (screen cone), float glass, and borosilicate glass oxyfuel pool furnace part or all on the roof.
Fused cast AZS bricks can generally be used up to 1600°C or 1650°C (in glass products), while the roof of the furnace with electrically fused alumina bricks can operate very successfully at 1700°C. AZS refractory fire bricks, cegły o wysokiej zawartości tlenku glinu, castables, square bricks, high-temperature mastic, high-temperature fireclay, acid-resistant bricks. It has a strong vitality in the use of glass kilns.
O firmie PER materiałów ogniotrwałych
Firma materiałów ogniotrwałych PER znajduje się w mieście Xinmi, Prowincja Henan, rodzinne miasto materiałów ogniotrwałych w Chinach. Nasza firma jest opartym na technologii przedsiębiorstwem zajmującym się materiałami ogniotrwałymi, integrującym R&D, produkcja, obroty, i serwis techniczny. Bogate zasoby i doskonała jakość na tym terytorium zapewniają niezrównane, doskonałe warunki do produkcji materiałów ogniotrwałych. Naszymi głównymi produktami są cegły ogniotrwałe, cegły ogniotrwałe o wysokiej zawartości tlenku glinu, ogniotrwałe cegły krzemionkowe, cegły ogniotrwałe magnezowe, cegły mulitowe, cegły izolacyjne, i inne produkty odporne na wysokie temperatury.
Firma PER materiał ogniotrwały jest bazą produkcyjną surowca zielonego, oszczędzanie energii, i przyjazne dla środowiska nowe materiały ogniotrwałe. Nasza firma przeszła ISO9001:2008 międzynarodowy certyfikat systemu jakości i GB/T24001-2004 / ISO14001:2004 certyfikacja systemu zarządzania środowiskowego, certyfikacja agencji kontroli jakości w przedsiębiorstwie. Nasze produkty są dobrze sprzedawane w ponad 20 krajów na całym świecie. Są to preferowane produkty ogniotrwałe w metalurgii, nieżelazne, petrochemiczny, szkło, ceramika, i inne przemysł ogniotrwały.
