Introduction of Aluminum Carbohydrate Standard

1. Aluminum Carbohydrate Overview
Aluminum carbon water port is a key component connecting aluminum liquid and cooling water, which is widely used in aluminum smelting, steel production and other industries. The quality and service life of the aluminum carbohydrate port are directly related to production efficiency and safety, so the requirements for its standards are very strict.
Standard Specification for 2. Aluminum Carbohydrate
1. Material requirements
The main materials of aluminum carbon mouth are high alumina bricks and graphite, and the alumina content of high alumina bricks should be above 60%. The particle size and strength of graphite also need to meet the relevant standards.
2. Dimensional requirements
The size of the aluminum carbon mouth includes the length and width of the "L" and "W" directions, and the specific size is required to be adjusted according to different usage scenarios. In actual production, it is necessary to adjust the size and structure design according to the requirements of the equipment and the changes in the usage scenario.
3. Pressure requirements
The pressure resistance of the aluminum carbon port needs to be considered in the design of the design pressure and the actual pressure. Generally speaking, the design pressure of the aluminum carbon port is 1MPa, and in actual use, the pressure generally does not exceed 0.6MPa to ensure its safety performance.
4. Temperature requirements
The aluminum carbon port works under high temperature conditions, so its temperature requirements are also very strict. Generally speaking, the working temperature of aluminum carbon mouth is between 1500 ℃ and 1700 ℃. Too high temperature will easily lead to melting and deformation of the material, thus affecting its service life.
3. Conclusion
This paper briefly introduces the standard specification of aluminum carbon mouth, including material, size, pressure and temperature. Only by having a deep understanding of the quality and standard requirements of aluminum carbohydrate can we ensure its normal operation and service life in actual production.