Material properties and product versions
Fiber products for thermal insulation
Fiber products are used for thermal insulation in industrial installations and high-temperature processes.
The materials are characterised by their low weight, flexibility and low thermal conductivity.
Resistant to high temperatures and thermal shock
Fiber products are resistant to continuous high temperatures and thermal shock.
In addition, the materials offer good resistance to various chemical influences within industrial applications.
Depending on the product and version, applications are possible at temperatures up to 1600 °C.
Different versions for different applications
- Blankets: Flexible insulation blankets, available in various thicknesses and densities. Also available in a width of 1220 mm upon request.
- Felt: Flexibel isolatiemateriaal, verkrijgbaar in diktes vanaf 3 mm.
- Boards: Rigid insulation boards, available in thicknesses from 10 to 100 mm and with densities ranging from 200 to 600 kg/m³.
- Paper
- Cords
- Cloths
- Modules
- Gaskets
Depending on the application and the specific thermal insulation requirements, the right material and most suitable configuration can be selected.
Industrial applications and technical support
Suitable for a wide range of industrial installations
Fiber products are used in a wide range of thermal processes and industrial installations where heat management and thermal insulation are essential.
The materials are used in applications where high temperatures, thermal loads and energy management play an important role.
Support with material selection and processing
Profiltra supports customers in selecting suitable refractory materials based on process conditions, temperature loads and installation possibilities.
Using thermal calculation software, support can be provided in determining suitable material thicknesses and material types.
Customisation and machining of refractory materials
Profiltra provides support with thermal calculations and CAD design to ensure refractory materials are optimally tailored to the specific requirements of your application. Using machining techniques such as CNC machining, punching, sawing and turning, we produce precision-made refractory components to your specifications.
