Calcium silicate for fire protection
Calcium silicate materials from Promat can perfectly combine thermal insulation, fire protection and acoustic insulation. They are used to protect timber, concrete or steel structures, or as self-supporting components such as partition walls, ceilings, and ductworks. Finished with an aesthetic covering, they are an all-in-one architectural element, enabling fast building and saving space.
Promat’s calcium silicate materials are entirely safe, easy to ship, store, handle and install, which makes them the material of choice for planners, architects and applicators.
Calcium silicate insulation - thermal and mechanical performance
Promat’s calcium silicate materials for high temperature insulation cover the complete range of low, medium and high density and compound insulation boards. They offer a very low thermal conductivity and excellent structural support, and are resistant to moisture and chemicals. Due to their minimal thermal shrinkage they have an extended service life without loss of performance.
The excellent structural integrity of our calcium silicates makes them easily machinable and even enables the machining of complex structures. Moreover, they are easy and safe to handle, install and maintain, and can be used for new constructions as well as retrofits.
Benefits of our calcium silicate products
- Very low thermal conductivity
- High thermal resistance and stability up to 1,100°C
- Very stable mechanical integrity
- Low shrinkage (less than 2%)
- Non-combustible
- Protects against corrosion
- Impact resistant
- Moisture resistant
- Environmentally friendly and safe
- Compliant with international fire protection standards
- Suitable for complex 2D and 3D shapes
- Low or no maintenance
Workshop services
If you are dealing with a challenging fire protection project, our workshops are able to machine or manipulate our full range of products to meet any specification. Our in-house workshops offer CNC routing and cutting, water jet and laser cutting, coating, shrink-wrapping, heat-sealing under vacuum, cutting and stamping of laminates, and manipulation.
