Production of fire -retardant coatings
For any room, the fire will be a real disaster and property may suffer greatly from it, and in especially dangerous cases, this disaster can take human lives. Today, during the construction of both residential buildings and industrial facilities, a variety of measures to ensure fire safety are used to ensure that. And the use of high -quality fire -retardant materials and coatings is the most important component of the protection of buildings from the fire.
Today, the use of paint coatings that have pronounced properties of reduced combustibility is very common. Fire -retractable materials are obtained thanks to the use of accumulating elements in their production. Such coatings, when exposed to high temperatures, are foamed and can increase in thickness to two hundred times. This greatly reduces their thermal conductivity and significantly slows down the combustion process.
Fire retardant paints are usually used to process wooden structures. The processing of ventilation systems also requires special attention, since the fire often spreads through this kind of engineering communications.
For the manufacture of accumulating materials, polyols (organic compounds that hydro -powered with a high carbon content), amids or amines of organic origin, inorganic substances and acids that emit acids at high temperatures and various halogen -containing substances are used. From these substances and compounds, the composition of the coating itself is selected. To obtain high -quality fire -retardant paint, you need to definitely follow the technology, and in case of deviation, the properties of the material can be greatly reduced.
Such coatings should have good physical and mechanical properties during their daily operation. Do not have toxic secretions both during work on their application, and during the fire. Also, a lot of attention is paid to that fire -retardant paints do not emit a large amount of smoke during fire. For structures from various materials, you need to choose coatings individually.