With the continuous development of industrial production, open-air production buildings play a very important role in industrial production. However, these buildings have serious safety hazards, such as flammable gases generated during the production process or dangerous leakage liquids that will slowly volatilize in these buildings, and can easily cause large-scale fire accidents. Therefore, it is necessary to take appropriate explosion protection measures to protect these buildings.
When constructing these buildings, designers need to consider the layout of explosion-proof production equipment as well as the process requirements of the interior space of the building. However, due to the limitations of technical conditions, these spaces are often in or around the most dangerous positions. Therefore, when building these spaces, corresponding explosion-proof measures need to be taken.
For example, a blower needs to be installed where the gas is clean, as the air filter absorbs or prevents flammable gases and dust, thus reducing the possibility of fire accidents. At the same time, the installation of explosion-proof walls in the face-to-face walls can also effectively reduce the occurrence of fire accidents.
In addition to the above measures, a new type of fireproof material, nano-silicon fireproof glass, is also widely used in explosion-proof measures for buildings. Nano silicon fireproof glass is a new type of composite material, the main components of which are inorganic substances such as silicate and alumina. The material has extremely high fire resistance, chemical stability and corrosion resistance, and is widely used in the fields of fire isolation of buildings, fire doors and fire windows.
The advantage of nano-silicon fireproof glass is that it has very high fire resistance. At high temperatures, nano-silicon fireproof glass will not break like ordinary glass, but will form a strong vitreous outer layer, which effectively blocks the spread of flames. At the same time, the chemical stability and corrosion resistance of nano-silicon fireproof glass are also incomparable to other fireproof materials.
Therefore, in addition to traditional explosion-proof measures, new fireproof materials such as nano-silicon fireproof glass should be considered to enhance the fire resistance of the building and reduce the occurrence of fire accidents in the construction of open-air production buildings.
In short, in the design and construction of open-air production buildings, safety factors must be fully considered, and corresponding explosion-proof measures must be taken to protect these buildings. With the development of science and technology, the application of new fireproof materials will also provide more effective means for the safety and security of buildings.