Mobile insulating foam systems are transportable equipment that is brought to the respective position on the construction site by forklift or crane. They are used to apply foam to surfaces or to insert it into cavities and partitions to fulfill insulation purposes. The mineral foam is an insulating foam and offers effective thermal insulation and fire protection. These mobile systems are used in various areas, particularly in the construction and renovation industries. Here are some important aspects and applications for mobile insulation foam systems:
- Areas of application:
- Construction:
- Mobile foam insulation systems are often used to insulate walls, roofs, ceilings, floors and other components in buildings.
- Renovation:
- During renovation work, mobile foam insulation systems can be used to efficiently insulate existing structures without having to carry out major renovations.
- Industrial applications:
- In industrial environments, mobile systems can be used to insulate pipelines, tanks or other system components.
- Construction:
- Functionality:
- Mobile insulating foam systems typically consist of a carrier vehicle or trailer that contains the necessary equipment for foam production and application.
- The systems have material tanks for the raw material components of the polyurethane foam, which are mixed on site.
- Using a special nozzle head, the freshly mixed foam is applied to the surface to be insulated or filled into cavities.
- Advantages:
- Flexibility:
- Due to their mobility, these systems can be easily moved to different construction sites or locations.
- Time and cost savings:
- Applying foam insulation on site can be quicker and more cost-effective than using prefabricated insulation materials.
- Adaptability:
- Mobile systems make it possible to apply the insulating foam directly to the desired thickness, which enables precise adaptation to specific requirements.
- Flexibility:
- Areas of application:
It is important to note that mobile foam insulation systems can have different specifications depending on the manufacturer and model. The exact applications and efficiencies depend heavily on the quality of the equipment and materials used.