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Sintered magnesium-aluminum-chromium refractory brick and manufacturing method thereof
The invention discloses a sintered magnesium-aluminum-chromium refractory brick and a manufacturing method thereof, and relates to the technical field of refractory bricks, and the sintered magnesium-aluminum-chromium refractory brick is prepared from magnesite, chrome ore, bauxite and bauxite; wherein the content of the magnesite component is 65%-75%; 5%-9% of a chromium ore component; the aluminite comprises the following components: 10%-15% of aluminite; the components of the bauxite are 5%-10%, the main material of the magnesium-aluminum-chromium refractory brick is magnesite, the magnesite is subjected to light burning treatment before being crushed, the light-burned magnesite can form powder, then the powder is pressed into standard-shaped and pressed powder spheres through pressing equipment, the powder in the powder spheres is clinker, and the content of the clinker in the powder spheres is 5%-10%. And after the clinker main product is subjected to subsequent processing steps, the whole refractory brick has a high-hardness effect, and the use effect of the brick body is improved.
本发明公开了一种烧成镁铝铬耐火砖及其制造方法，涉及耐火砖技术领域，制成所用材料包括菱镁石、铬矿石、铝矾石以及铝矾土；其中，菱镁石成份为：65％‑75％；铬矿石成份为：5％‑9％；铝矾石的成份为：10％‑15％；铝矾土的成份为：5％‑10％由于镁铝铬耐火砖的主要料品为菱镁石，其在经过破碎的前经过轻烧处理，轻烧后的菱镁石会形成粉状体，随后通过压制设备将其压制成规格状，被压制成型后的粉球体，其内部粉体为熟料，熟料料主品进后续加工步骤之后会使得耐火砖整体具有高硬度的效果，增加了砖体的使用效果。
Sintered magnesium-aluminum-chromium refractory brick and manufacturing method thereof
The invention discloses a sintered magnesium-aluminum-chromium refractory brick and a manufacturing method thereof, and relates to the technical field of refractory bricks, and the sintered magnesium-aluminum-chromium refractory brick is prepared from magnesite, chrome ore, bauxite and bauxite; wherein the content of the magnesite component is 65%-75%; 5%-9% of a chromium ore component; the aluminite comprises the following components: 10%-15% of aluminite; the components of the bauxite are 5%-10%, the main material of the magnesium-aluminum-chromium refractory brick is magnesite, the magnesite is subjected to light burning treatment before being crushed, the light-burned magnesite can form powder, then the powder is pressed into standard-shaped and pressed powder spheres through pressing equipment, the powder in the powder spheres is clinker, and the content of the clinker in the powder spheres is 5%-10%. And after the clinker main product is subjected to subsequent processing steps, the whole refractory brick has a high-hardness effect, and the use effect of the brick body is improved.
本发明公开了一种烧成镁铝铬耐火砖及其制造方法，涉及耐火砖技术领域，制成所用材料包括菱镁石、铬矿石、铝矾石以及铝矾土；其中，菱镁石成份为：65％‑75％；铬矿石成份为：5％‑9％；铝矾石的成份为：10％‑15％；铝矾土的成份为：5％‑10％由于镁铝铬耐火砖的主要料品为菱镁石，其在经过破碎的前经过轻烧处理，轻烧后的菱镁石会形成粉状体，随后通过压制设备将其压制成规格状，被压制成型后的粉球体，其内部粉体为熟料，熟料料主品进后续加工步骤之后会使得耐火砖整体具有高硬度的效果，增加了砖体的使用效果。
Sintered magnesium-aluminum-chromium refractory brick and manufacturing method thereof
一种烧成镁铝铬耐火砖及其制造方法
MA JIALIANG (Autor:in) / JIN ZHAO (Autor:in) / ZHANG YIXIAN (Autor:in) / ZHAO XIANHUA (Autor:in) / LI CHANGJIANG (Autor:in)
29.09.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
C04B
Kalk
,
LIME
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