Isopartner - your complete insulation wholesaler of passive fire protection for the professional market
Isopartner stocks and supplies quality products, solutions and systems for passive fire protection. The range includes fire-resistant sealants and foam products, coatings, fire cuffs/pipe throttles and fire protection panels.
Limiting the spread of fire with passive fire protection
Passive fire protection (also called passive fire protection) is fire insulation that is integrated into the building to resist fire for a certain period of time, prevent the fire from spreading and ensure that people are able to get out of the building in time. It should limit damage to the building and allow time for evacuation. The Construction Products Regulation (CPR), which is the regulatory framework for construction products, sets out the basic requirements for buildings in relation to fire protection and sets specific requirements for fire safety in a building. We take this seriously at Isopartner and want to provide our customers with a good selection of passive fire protection products.
ArmaProtect® Systems
In a fire, pipes and cables have a major impact on the fire safety of a building. Pipes, ducts and electrical cables run through walls and floors, separating building elements from each other. They thus form a path for flames and smoke to spread. Passive fire protection systems are in-built components that divide a building into parts through the use of fire barriers (fire-resistant walls, floors and ceilings).
Efficient and reliable passive fire protection
ArmaProtect systems simplify your fire protection project. We offer a wide range adapted to virtually all types of pipes and building elements. Properly installed, our integrated systems ensure that pipe penetrations in walls and ceilings are approved by building control and thus ensure a smooth construction process.
Fire sealant
Graft® is a 4-hour fire-rated thermal expansion joint sealant (fire resistance depends on application). The product is developed and tested for use in various types of linear joints and technical penetrations in fire-rated building constructions. Used on its own or in combination with GRAFT® FR Fire Board, the product seals pipe and cable penetrations to maintain fire safety in masonry, lightweight walls and concrete slabs.
The thermal expansion characteristics of the sealant close gaps left by plastic pipes and cables as they burn away, while providing insulation and safety against smoke and fire.
Conlit fire mat
Conlit fire mat is a non-combustible stone wool mat with mesh, equipped with a black coating and galvanised mesh. The reverse side is uncoated. A fire resistance of up to 30 minutes is guaranteed for Conlit Fire Mat EI 30, a fire resistance of up to 90 minutes for Conlit Fire Mat EI 60/90 and a fire resistance of up to 120 minutes for Conlit Fire Mat 120.
Specially developed for fire protection of round metallic air ducts. This applies to both horizontally and vertically positioned air ducts. In case of fire from both inside and outside.
U Protect Wired Mat 4.0 ALU 1
U Protect for fire, heat and sound insulation of ventilation and smoke extraction ducts. U Protect WM 4.0 is part of ISOVER's solutions to provide fire resistance in HVAC applications using high-performance ULTIMATE mineral wool. U Protect WM 4.0 is a fire resistant, easy to install, lightweight and effective thermal and acoustic insulation solution for circular and rectangular ventilation and smoke extraction ducts up to EI 120.
News within Passive fire protection
Conlit still rocks
When ROCKWOOL launched the Conlit 150 in the early 1990s, it was an innovation that streamlined the insulator's day-to-day work and made it possible to save space when fire-insulating load-bearing steel structures. The 300 series is still the only one in the Nordic region that can produce it.
Fire spread and fire behaviour - two important reasons for fire development
Fires are tragic and the authorities aim to avoid them by working closely with contractors and builders. The spread of fire most often occurs as heat conduction via building components (e.g. fire-retardant fire walls).
Our partners for passive fire protection
