融合した鋳造レンガの3文字は何を意味しますか?

Fused cast AZS bricks are also called fused refractory bricks and 融合したジルコニウムコランダムレンガ. 英語の略語AZSは、主に主要な要素AL2O3のイニシャルを表しています, ZrO2, およびsio2. 配置順序は、要素の内容に基づいています, among which the content of alumina is about 48%, the content of chromium oxide is about 30%, and the content of silicon dioxide is generally about 20%.

Characteristics of fused cast AZS bricks

AZS refractory bricks have high fire resistance, thermal shock resistance and corrosion resistance, and are often used in high temperature environments in the glass, steel and ceramic industries. In glass kilns, they are used in key locations to ensure stable operation of the kiln and improve production efficiency. しかし, the unit price is relatively high, so the budget and kiln stability must be considered when choosing.

Application of AZS refractory bricks

The refractory temperature of AZS refractory bricks can reach above 1790℃, the load softening temperature is generally above 1550-1650℃, the compressive strength can reach above 80Mpa, and it has good thermal shock stability and corrosion resistance, so it is often used in high-temperature environments such as pool kilns and electric melting furnaces in the glass manufacturing field, as well as slideways in the steel industry and kilns for producing sodium silicate.
In glass kilns, AZS refractory bricks are often used in key parts of glass kilns, such as the bottom of the pool, the wall of the pool, the upper structure and the feed channel, which are often eroded and corroded by materials. It can ensure the normal operation of high-temperature kilns and improve glass quality and production efficiency.
In the metallurgical industry, AZS refractory bricks can be used to line degassing ladles, stainless steel ladle linings, rolling ladle linings, 等. Due to its excellent wear resistance and corrosion resistance, it can reduce the wear of the furnace wall by the slag in the ladle and the erosion of the molten steel, and extend the service life of the ladle.
陶磁器業界では, AZS refractory bricks can be used in key parts of ceramic firing furnaces to resist high temperature erosion and provide a stable working environment for ceramic firing.