Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Magnesia carbon brick added with polycarbosilane
The invention relates to a magnesia carbon brick added with polycarbosilane. The magnesia carbon brick is prepared through the following steps: S1, collecting raw materials; S2, mixing the raw materials; S3, adding a curing agent; and S4, sintering the brick. In raw material collection in the step S1, the raw materials are composed of 2-5 parts of clay, 1-3 parts of shale, 1-3 parts of coal gangueand 1-3 parts of coal ash, wherein the clay is sandy clay. In raw material mixing in the step S2, the shale and the coal gangue are subjected to grinding and pulverizing and are then mixed, the obtained mixture is poured into a container, the clay and the coal ash in the S1 are then poured into the container, and stirring is conducted for 20-60 minutes at a speed of 5-150 revolutions per minute.The magnesia carbon brick added with the polycarbosilane has the advantages that the body of the magnesia carbon brick has extremely high thermal conductivity, low thermal expansion, thermal shock resistance and no wetting by steel slag; a brick sintering process is simple and easy, kiln sintering can be carried out conveniently and quickly, the number of procedures is small, an error-tolerant rate is high during construction and production, production errors are not likely to occur, labor cost is reduced, manufacturing cost is low, and operation is easy; and the brick is very practical.
本发明涉及一种添加聚碳硅烷的镁碳砖，包括以下步骤：S1：原料采集；S2：原料混合；S3：添加固化剂；S4：砖块烧结；所述S1：原料采集，原料配比为黏土2‑5份，页岩1‑3份，煤矸石1‑3份，煤灰1‑3份，且黏土为砂质粘土；所述S2：原料混合，先将页岩、煤矸石磨碎打粉，再将页岩、煤矸石混合倒入容器中，而后将S1中的黏土、煤灰分别倒入容器中以5‑150转/每分钟，搅拌20‑60分钟。该添加聚碳硅烷的镁碳砖的好处是：本体具有极高的导热性，热膨胀性低，抗热震性与钢渣不湿润，而且砖烧结时的过程简单，简易的进行窑烧结即可，方便且快速，工序少，施工生产时容错率也高，不易出现生产错误，同时用工成本减少，制造费用低廉，操作时简易，十分的实用。
Magnesia carbon brick added with polycarbosilane
The invention relates to a magnesia carbon brick added with polycarbosilane. The magnesia carbon brick is prepared through the following steps: S1, collecting raw materials; S2, mixing the raw materials; S3, adding a curing agent; and S4, sintering the brick. In raw material collection in the step S1, the raw materials are composed of 2-5 parts of clay, 1-3 parts of shale, 1-3 parts of coal gangueand 1-3 parts of coal ash, wherein the clay is sandy clay. In raw material mixing in the step S2, the shale and the coal gangue are subjected to grinding and pulverizing and are then mixed, the obtained mixture is poured into a container, the clay and the coal ash in the S1 are then poured into the container, and stirring is conducted for 20-60 minutes at a speed of 5-150 revolutions per minute.The magnesia carbon brick added with the polycarbosilane has the advantages that the body of the magnesia carbon brick has extremely high thermal conductivity, low thermal expansion, thermal shock resistance and no wetting by steel slag; a brick sintering process is simple and easy, kiln sintering can be carried out conveniently and quickly, the number of procedures is small, an error-tolerant rate is high during construction and production, production errors are not likely to occur, labor cost is reduced, manufacturing cost is low, and operation is easy; and the brick is very practical.
本发明涉及一种添加聚碳硅烷的镁碳砖，包括以下步骤：S1：原料采集；S2：原料混合；S3：添加固化剂；S4：砖块烧结；所述S1：原料采集，原料配比为黏土2‑5份，页岩1‑3份，煤矸石1‑3份，煤灰1‑3份，且黏土为砂质粘土；所述S2：原料混合，先将页岩、煤矸石磨碎打粉，再将页岩、煤矸石混合倒入容器中，而后将S1中的黏土、煤灰分别倒入容器中以5‑150转/每分钟，搅拌20‑60分钟。该添加聚碳硅烷的镁碳砖的好处是：本体具有极高的导热性，热膨胀性低，抗热震性与钢渣不湿润，而且砖烧结时的过程简单，简易的进行窑烧结即可，方便且快速，工序少，施工生产时容错率也高，不易出现生产错误，同时用工成本减少，制造费用低廉，操作时简易，十分的实用。
Magnesia carbon brick added with polycarbosilane
一种添加聚碳硅烷的镁碳砖
YU XIAODONG (Autor:in) / GONG YUCAI (Autor:in) / PENG REN (Autor:in) / CAO LIYUN (Autor:in)
01.12.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
C04B
Kalk
,
LIME