Abstract: A fire protected steel structure with at least one fire protection panel covering the steel structure. The panel includes a perforated metal plate (14) and an inner expanding fire protecting layer (12) with a thickness (t1) on an inside of the perforated metal plate (14) and an outer expanding fire protecting layer (13) with a thickness (t2) on an outside of the perforated metal plate (14). The fire protecting layers extend through the perforated metal plate (14). Releasable mechanical fasteners for removable attachment of the at least one fire protection panel to the steel structure is provided. Furthermore, the invention concerns a panel for fire protection of a steel structure.

Abstract: The present invention concerns a fire protected steel structure with at least one fire protection panel covering the steel structure. The panel includes a perforated metal plate (14) and an inner expanding fire protecting layer (12) with a thickness (t1) on an inside of the perforated metal plate (14) and an outer expanding fire protecting layer (13) with a thickness (t2) on an outside of the perforated metal plate (14). The fire protecting layer extends through the perforated metal plate (14). Releasable mechanical fasteners for removable attachment of the at least one fire protection panel to the steel structure is provided. Furthermore, the invention concerns a panel for fire protection of a steel structure.

Abstract: Fire protection of pipe joints and valves in a pipeline is provided by two socket halves situated tightly against each other and against the pipe line and surrounding the joint, valve, or such. The socket halves are made from perforated stainless steel plate and have a fire insulation of heat expanding epoxy material on the inside, outside, or on both sides. One of the edges of the socket halves situated against each other comprises an internal cover plate with fire insulation which covers the joint between the two halves and prevents penetration of hot gases into the internal of the socket halves.

Abstract: Means for fire protection of pipes, pipe joints, flanges, valves, insulation and steel constructions, where the fire protection (1) is made flexible and made of heat expanding epoxy material (2) with or without reinforcement (3).

Abstract: Means for fire protection of pipe joints and valves in a pipeline, comprising two socket halves being situated tightly against each other and against the pipe line and surrounding the joint, valve or such, where the socket halves being made by a perforated plate (6) in stainless steel, by fire isolation (7, 8) of heat expanding epoxy material on the inside, on the outside or on both sides, and that one of the edges of the socket halves being situated against each other having an internal cover plate (9) with fire isolation (8) which covers the joint between the two halves and prevent penetration of hot gasses into the internal of the socket halves.