I. Types of fire protection paints
Fire protection paints can be classified into different types, depending on their working principles and application scenarios, mainly as follows:
1. Inflated fire protection paints
Inflated fireproof coatings contain inflating agents or inflating materials which, when exposed to high temperatures or flames, undergo chemical reactions or thermal expansion to form foam structures. This foam-like structure can insulate, insulate and slow fire transmission。
2. Insulation fire protection paints
Insulated fire coatings use insulation materials or insulation layers to reduce heat transfer and reduce fire spread. They provide fire protection by blocking thermal transfer of flames or absorbing heat。
3. Fire-resistant paints
Fire-resistant paints employ special fire-resistant particles or chemical substances that are resistant to high temperatures and fire erosion. This coating can create fire-resistant layers at high temperatures and mitigate the spread of fires。
4. Enhanced fire protection paints
Enhanced fire protection paints increase the structural strength and fire resistance of coatings by adding fibre material or boosters to the coating. This coating can form a solid protective layer at the time of the fire and protect the base material from fire。
High temperature paint
High-temperature paint is a special type of fireproof coating that can stabilize at very high temperatures and provide protection against corrosion and heat. Such paints are often used for equipment, pipelines and structures that require protection against high temperatures and flames。
Which kind of fire paint is better
The variety of types of fire paint is not general in nature, but rather a combination of application needs, regulatory requirements, required fire levels, construction conditions, etc. The following are the applicable scenarios for different types of fire paint:
1. Inflated fire protection paints are applied to surfaces such as wood, steel structures, cables, pipelines, etc. That require fire protection。
Insulated fire paints are suitable for coating of surfaces such as firewalls, steel structures, wood, etc。
Fire-resistant paints are suitable for fire-proof coating of steel structures, concrete and other building materials。
4. High-temperature fire paints are used in high-temperature environments, such as chimneys, boilers and industrial equipment。
In general, fire paints should be selected on the basis of specific application scenarios and requirements, preferably with reference to relevant norms and standards, consulting with professional fire paint providers or professionals, and assessing factors such as the performance, construction requirements and economic benefits of different fire paints。
