Smoke Tight Doors
MB-45 partition system is designed for the production of smoke-tight single or double-leaf doors in Sa and S200 classes according to EN 13501-2:2016-07 standard.
Sistem Hakkında
MB-45 partition system, Smoke-tight single or double wing in Sa and S200 class according to EN 13501-2:2016-07 standard It is designed for the production of doors.
Ensuring smoke tightness performance; It depends on the correct application of seals around the door leaf, sealing applications around glass and other filling elements, and threshold gaskets
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Other Systems
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Fire Resistant Double Hung Window
MB-86EI; It is an openable aluminum window system with EI30 class fire resistance, complying with EN 13501-2+A1 standards. It combines the excellent heat, sound and water insulation advantages of a classic window with the safety features of fire-resistant walls. It is an energy-saving and highly secure solution with its wide profile structure that allows the use of triple glazing, fire retardant (NRO) design and RC2 burglar resistance equipment.
Fire and Heat Resistant Glass Doors 65 mm
MB-78EI; It is an advanced partition wall and door system for interior and exterior spaces that offers a wide range of fire resistance from EI 15 to EI 90 in accordance with EN 13501-2 standards. This system offers excellent heat and sound insulation, smoke sealing (S200 and Sa) features and the possibility of using glass up to 65 mm; It is one of the primary choices of construction professionals due to its optimum cost and full compatibility with other Asos Fire Joining systems.
Fire and Heat Resistant Glass Doors
MB-60E EI (ME-60E EI); It is a thermally insulated aluminum profile system with a structural depth of 60 mm and high resistance to fire and smoke. It allows the production of doors, technical windows and partition walls in EI15 and EI30 fire resistance classes according to EN 13501-2+A1 standards. It is a safe and practical solution for both manufacturers and buildings with its special design with internal glass beads, inflatable bands in case of fire, and its structure that allows rapid pre-production.