Fire-Resistant Cabins by Mammut Structures

Mammut Structures’ fire-resistant cabins are designed and manufactured fully in accordance with NFPA standards.

A fire-resistant cabin is defined as a structure capable of withstanding temperatures up to 1100°C for one hour, based on the global NFPA standard. Mammut Structures’ fire-resistant cabins are fully designed and manufactured in accordance with NFPA standards and find extensive applications in the oil and gas industries.

Among the advantages of these cabins, compared to other manufacturers, are the use of premium raw materials with various certifications, advanced technical expertise, and stringent quality control throughout all production stages.

One of the outstanding features of these cabins is the use of fire-resistant paint with a thickness of up to 1500 microns, which is significantly more durable than electrostatic paints and is beyond the manufacturing capability of many producers.

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Applications of Fire-Resistant Cabins

Applications of fire-resistant cabins include:

  • Oil, gas, and petrochemical industries, including substations and control rooms
  • Command centers and control facilities
  • Military and defense industries
  • Hospitals and laboratory centers
  • Food industries and isolation rooms
  • Rooms with security level B (typically located in blast-resistant structures)
  • All locations relevant to passive defense and civil protection measures

Features of Mammut Structures Fire-Resistant Cabins

  • Galvanized steel sheets of customer-specified thickness are used in the construction of these cabins.
  • These cabins do not have fixed dimensions and are custom-made according to customer orders.
  • Internal insulation is done using rock wool or alternative materials with a thermal conductivity of 0.041 W/m·K and a density of 120 kg/m³, which can be adjusted as needed.
  • These cabins provide secondary-layer resistance to indirect explosions up to 2 kPa.
  • The interior space is reinforced by two methods to prevent deformation during fire exposure.
  • The internal structure typically uses 40 × 40 mm profiles (routine production).
  • Internal space gridwork with bent sheets is applied in special cases and is not routinely used.
  • Door sealing is performed using sealing strips and airtight rubber gaskets.
  • Full or partial cladding with stainless steel sheets of various thicknesses is available for special laboratory applications.
  • Cabin frames are produced in diverse designs based on customer preferences; however, standard designs are often recommended to maintain quality.
  • For cabins larger than standard sizes, scientific calculations are applied to modify the structure to withstand the weight on the chassis accordingly.

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