Passive fire protection with microporous materials
Reliable, thin and lightweight protection against fire
Promat’s microporous materials for passive fire protection are fully certified to international standards and offer reliable protection over many years of use, even in damp or wet areas. These thin, lightweight and flexible materials can be delivered in standard sizes or as a custom-made solution. They are the perfect choice for fire-rated applications with weight restrictions or limited available space. Our experts are ready to design and develop the best passive fire protection solution for your requirements.
Microporous fire protection – performance & ease of use
Microporous fire protection – performance & ease of use
Microporous materials from Promat offer great benefits and are the ideal combination of thermal insulation and fire protection. When properly installed in accordance with our guidelines and used for the right application temperature, our microporous fire protection materials remain stable and don’t degrade over time, even when exposed to vibration or humidity.
Moreover, our thin and lightweight materials are easy to ship, store, handle and install, which makes them the material of choice for installers.
Microporous fire protection – applications
Microporous fire protection – applications
Because of their exceptional performance level and compact and light-weight format, our microporous materials are mostly used for fire protection in lift doors, as well as applications in marine, aerospace and rail.
Our experts are there to advise and support you with a broad range of services from consultancy, thermal calculations, design and performance testing to workshop services.
Microporous fire protection at a glance
- A1 non-combustible
- Thin and lightweight
- Shock and vibration resistant
- Low shrinkage
- Environmentally friendly and safe non-harmful
- Compliant with international fire protection standards
- Suitable for complex 2D and 3D shapes
- Easy to shape, handle and install
- Low or no maintenance
