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Fire collars prevent the passage of fire and hot gases from one compartment to another through service penetrations and ductwork. They are suitable for use in concrete and masonry walls and floors, as well as plasterboard partitioning walls. Fire wraps perform the same function but they must be installed within a solid construction masonry wall. Fire Collars Fire collars prevent the passage of fire and hot gases from one compartment to another through service penetrations and ductwork. They are suitable for use in concrete and masonry walls and floors, as well as plasterboard partitioning walls. Fire wraps perform the same function but they must be installed within a solid construction masonry wall. < Back Next > Fire stopping is a form of passive fire protection that is used to seal around openings and between joints in a fire-resistance-rated wall or floor assembly. Passive fire protection measures are less visible than ‘active measures’ such as sprinklers and fire extinguishers. Passive measures concern critical componentsthat should be incorporated into the framework of the building, and they are equally critical in the role of slowing fire spread at source. Passive fire protection is about dividing a building into compartments – usually determined by floors and walls.The aim is to ensure that these compartments are fully separated and therefore slow the spread of fire and smoke, contain the fire at its origin and protect escape routes. Internal services such as waste, water and drainage create large cavities to pass plastic, flammable pipes through the building. Utilities create cavities in walls or floors to pass plastic, flammable pipes through the building. These cavities can compromise the compartments, enabling fire to spread more swiftly. Pyroplex manufacture fire stopping products to seal these cavities and help to slow the spread of fire and smoke from compartment to compartment. Where penetrations and cavities are concerned, pipe wraps, pipe collars and construction sealants are important. Fire collars prevent the passage of fire and hot gases from one compartment to another through service penetrations and ductwork. They are suitable for use in concrete and masonry walls and floors, as well as plasterboard partitioning walls. Fire wraps perform the same function but they must be installed within a solid construction masonry wall. Fire Collars Download

The MARISEALDETAIL is a liquid-applied, thixotropic, permanent elastic, fiber-reinforced, one component polyurethane coating, used for long lasting waterproofing of complex roofing details and connections. Mariseal Detail The MARISEALDETAIL is a liquid-applied, thixotropic, permanent elastic, fiber-reinforced, one component polyurethane coating, used for long lasting waterproofing of complex roofing details and connections. < Back Next > Detail Waterproofing Systems The professional, long lasting waterproofing solution for roof details The MARISEALDETAIL is a liquid-applied, thixotropic, permanent elastic, fiber-reinforced, one component polyurethane coating, used for long lasting waterproofing of complex roofing details and connections. Uses Mariseal Detail is mainly used to waterproof details like: Pipes Flashings and 90o angles Lightdomes Chimneys Photovoltaic systems Wall-floor connections Gutters, etc Advantages simple application (brush) fiber reinforced it forms seamless membrane to the rest waterproofing membrane ensuring 100% sealing of the roof detais resistant to water, rain and frost maintains its mechanical properties over a temperature span of -30o C to +80o C provides water vapor permeability full surface adherence without any additional anchoring in case of damage, membrane can be easily repaired locally within minutes low cost Mariseal Detail Brochure Download Mariseal Detail Data Sheet Download

Elevate Ultraply TPO was specified by Pascall+Watson due to its excellent impact and airborne acoustic performance. Elevate Ultraply TPO was recognised in the housebuilder awards and took home the winner’s award for ‘best internal/interior product’. The East Slope Student Village, Sussex Elevate Ultraply TPO was specified by Pascall+Watson due to its excellent impact and airborne acoustic performance. Elevate Ultraply TPO was recognised in the housebuilder awards and took home the winner’s award for ‘best internal/interior product’. Featured QBM Products: Elevate UltraPly TPO EPDM Facade Membrane Systems Architect: Pascall+Watson Developer: Balfour Beatty Project Background The East Slope Student Village is a development of 32 buildings of three to six storey flats and three to four storey town houses accommodating 2,113 beds for students at the University of Sussex. Demolition of existing buildings commenced for the redevelopment of a lightweight steel frame mixed-use facility which includes a kitchen, student hub and retail space. Due to the steep slope of the site, a 30,000m³ of bulk excavation was required and buildings were arranged in linear blocks. The BREEAM Excellent rated development was designed to blend with the existing Sir Basil Spence campus and includes grassland as an environmental impact measure. Elevate Ultraply TPO was specified by Pascall+Watson due to its excellent impact and airborne acoustic performance. Elevate Ultraply TPO was recognised in the housebuilder awards and took home the winner’s award for ‘best internal/interior product’. Balfour Beatty was awarded this 30,000m² contract for this student accommodation in Sussex. Elevate UltraPly TPO EPDM Facade Membrane Systems Previous Next