Notes on the knotting process of wear-resistant ramming material
The whole process of wear-resistant ramming material has many steps, and knotting is some of the more important processes. And the process of knotting can also affect the service life of the furnace. What should we pay attention to in the process of knotting , to ensure that it does not affect the service life of the furnace?
1. The basic is of course the standardized operation process, but in addition, there are many precautions in the knotting process of the wear-resistant ramming material. For example, ensure the power supply and water supply before knotting The improvement of the system should also be prepared in advance by the staff on each project. Of course, it also includes that the staff are not allowed to carry any combustibles on the work site, and of course mobile phones, keys and other items.
2. Adding sand in the process of wear-resistant ramming material is a process with strict requirements. For example, the sand must be added at one time, and should not be added in stages. Of course, when adding sand, make sure that the sand is spread on the bottom of the furnace. Do not pile up in a pile, otherwise it will cause the particle size of the sand to separate.
3. When tying the knot, I have to operate it according to the method of shaking first and then vibrating. And pay attention to the method to ensure that the process of operation should be light and then heavy. And the joystick should be inserted to the bottom at one time, and every time When inserting the rod, shake it 8 to 10 times.
4. After the bottom of the furnace is knotted, make sure that it can be put into the dry pot stably. In this way, the shape can be standardized, and it will generally be a standard annular 3-corner ring. Of course, in the entire knotting process, it is necessary to There are many steps to pay attention to, and each step cannot be ignored.
Related Industry Knowledge
- Features and Benefits of Coil Clay
- What are the advantages of a good furnace lining
- Misunderstandings in the use of ramming materials in intermediate frequency furnaces
- Phenomenon analysis of failure of argon blowing of ladle permeable bricks and how to improve the rate of argon blowing
- Where is the consumption reduction and energy saving of breathable bricks reflected?
- How to improve the service life of intermediate frequency furnace lining
- Reasons for damage to intermediate frequency furnace lining and how to solve them
- The performance and advantages of breathable brick
- Analysis of Structural Characteristics of Dispersive Breathable Bricks
- The intermediate frequency furnace charge knotting process needs to pay attention to details sharing
- What are the aspects of chemical corrosion of ramming materials?
- The conditions required for the selection of intermediate frequency furnace lining materials
- Another function of the ramming material, as a binder
- The effect of using ramming material
- Reasons for the stable quality and performance of breathable bricks
- The use of breathable bricks
- A brief introduction to what materials are needed for ventilation bricks
- Corrosion Loss Mechanism of Rammed Lining in Submerged Arc Furnace
- What are the main reasons for the damage of ladle breathable bricks?
- What is the effect of excessive aggregate particles in the lining of the intermediate frequency furnace?