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Fire protective boards are an essential part of the fire safety of a building. They can be used for example to protect structures (steel, concrete, timber and composite), create fire compartmentation and for ducts that control the heat and smoke during a fire.
Promat produces one of the most complete and efficient ranges of boards on the market, benefiting from the wide range of technologies available within the ETEX Group, including the patented PROMAXON® calcium silicate and PromaX® technologies. Promat boards are fully tested by independent accredited institutes are non-combustible and have the longest durability according to the most severe standards. Promat board protection systems are designed for easy installation, high jobsite productivity and with respect for the health of installers and users. Various board products are available to suit the requirements for fire resistance, acoustic and preferred installation methods.
Promat produces an efficient ranges of fire resistant boards with patented PROMAXON® calcium silicate and PromaX® technologies, which have tested by independent accredited institutes and non-combustible.
Promat Fire Sprays are designed to protect structural steel, concrete and steel air ducts against fire, They are plaster and cement based sprays available to suit the environment, substrate and type of protection.
Intumescent paints are designed to protect steel structures from fire by expanding when heated to form an insulating char, allowing them to maintain their form without being boxed in with a board or covered with fire spray.
In order to ensure the performance of its systems, Promat offers a wide range of glue and coating which, combined with the range of Promat sheets, guarantee the fire resistance and durability performance of the systems.
Promat offers a wide range of products (bags, pastes, sealants and liquid coatings, necklaces, bricks, stoppers, sheaths, intumescent strips, etc.) which, thanks to their intumescent power, ensure fire performance on the surface of the hoppers ( expansion in contact with heat from 150 ° C).