Fire retardant paint is a fire retardant coating used on building parts that remain visible. Fire retardant paint provides the necessary fire protection while maintaining the aesthetic characteristics of the construction. Its matte finish delays the spread of flames and reduces the production of smoke.
Fire protection shouldn’t have to come at the cost of compromising safety, beauty or sustainability. That’s why our revolutionary fire retardant technologies are specially formulated with zero thermal conductivity and no toxic smoke & gases so you can enjoy superior protection without sacrificing any of your standards.
Our anti-vapour compound foams in the face of extreme temperatures while preventing corrosion beneath the surface – plus, it’s easy to apply! Preserve appearance even under high heat conditions without changing its weight – what more could you want from a fire retardant paint? Achieve perfect coverage every time with complete peace of mind when it comes to fire safety.
Fire retardant paint can be used in any colour to add an aesthetic aspect to the cladding. In fact, there are different models of fireproof paint adapted to the particularities of their use.
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Fire retardant paint is a type of coating designed to increase a surface’s fire resistance by slowing down the spread of flames. When exposed to high temperatures, the paint undergoes a chemical reaction that causes it to expand and form an insulating, charred layer over the material it covers. This layer helps to shield the underlying surface from heat and oxygen, two essential components for fire. The paint’s unique formulation includes compounds like chlorinated paraffin, ammonium phosphates, and borates, enhancing fire-resistant properties. Using fire retardant paint on walls, ceilings, and other structures, can help to improve safety in both residential and commercial buildings, providing valuable time for occupants to escape and for firefighters to extinguish the flames.
Fire retardant paint standards are essential guidelines and regulations that govern the composition, performance, and application of fire retardant coatings. Various international and national organizations set these standards to ensure the products meet specific safety and quality criteria. They often outline the required testing methods to determine the paint’s ability to resist and retard the spread of fire, including its reaction to heat and flames, its toxicity, and the consistency of its protective char layer. Compliance with these standards is typically mandatory for paints used in specific building applications, such as commercial or public structures, where fire safety is paramount. Adhering to fire retardant paint standards not only assures manufacturers, regulators, and consumers that the products will perform as expected in the event of a fire but also contributes to the overall safety and integrity of the built environment.
Fire retardant paint creates a protective barrier that can slow down or inhibit fire spread across a surface. When exposed to intense heat or flames, the specialized chemicals within the paint undergo a reaction that causes them to release water vapour, carbon dioxide, and other non-combustible gases. Simultaneously, the colour may expand to form a thick, charred layer as an insulating barrier. This combination of processes reduces the access of oxygen to the underlying material and absorbs some of the heat, both of which are essential for the combustion process. By limiting the material’s exposure to these fire-sustaining elements, fire retardant paint can delay ignition and reduce the rate at which fire spreads across a surface. It provides a critical safeguard in fire-prone environments, giving people more time to evacuate and firefighters a better chance to control the blaze.
Fire retardant paint slows down fires by forming a physical and chemical barrier between the flames and the surface to which it is applied. When the colour is exposed to high temperatures during a fire, it activates a series of reactions within the coating. Some fire retardant paints expand significantly, forming an insulating foam-like layer known as intumescence. This charred barrier not only acts as a thermal shield, reducing the heat transfer to the underlying material but also blocks oxygen, starving the fire of one of its essential fuel sources. Additionally, certain chemicals in the paint may release water and other non-combustible gases, further cooling the surface and slowing the combustion process. By employing these mechanisms, fire retardant paint disrupts the normal progression of a fire, slowing its spread and potentially preventing the ignition of adjacent materials, offering a vital layer of protection within a structure.