Innovative Processes, Sustainable Inspiring Insulation Solutions

Some photographies

Wet foam before dehydration

Plasticity and stability of IPSIIS foams  enables an application on vertical surfaces and equipments before dehydration and natural curing.


Standard foam brick


A wide range of sizes and properties

R&D team works  to customize the characteristics of the insulation panels to any specific need: size, thermal conductivity, density and bearing resistance. Pilot-plant for continuous flow processing and small scale spray-foam insulation pilot are currently being built.


Easily machinable materials

IPSIIS foam is an easily machinable material, allowing the realization of different shapes to suit the most ambitious insulation and fire protection projects. The picture below presents some of the latest realizations.



Ready for pipe insulation

IPSIIS presents the first production test of a pannel containing a pipe, specially designed for furnace insulation. The foam was produced using ouzzolane waste.


Step by step fabrication

Beyond compatibility with the insulating wool (mineral or vegetal), IPSIIS foams enable additive manufacturing. The picture below presents an insulating vegetal wool block whose three sides are continuously protected with mineral foam. The cutaway allows to appreciate the perfect structural continuity of the refractory protection after assembly.


Improvement of water resistance

A waterproof surface treatment of IPSIIS foam prevents water penetration during possible projections.



Aesthetic surfaces

The IPSIIS foams are compatible with a large number of products, such as fabrics and coats. For a more futuristic finish, films of different colors come to cover the surface of the material. You just have to make your choice!

Capture d’écran 2015-09-24 à 12.29.32


Guaranteed compatibility

Beyond their mineral and non-flammable nature, IPSIIS foams have a high potential for interior design. The material properties allow in particular the production of composite materials by combining molten glass or ceramic. In the spirit of continuous innovation, IPSIIS tries to interact with the artists.
Many thanks to Soisy sur Ecole glass
art center for their kind participation in our tests (photo below).

IMG_2944 (2)

Bearing capacity

Lightness and compression resistance can be two qualities of a same material, IPSIIS improves the bearing capacity of its foams (more than 2 MPa), allowing future developments: insulation of concrete sills, vacuum insulation,  in/outdoor light non-flammable panelling medium etc.

IMG_2962 (2)

Compression test, 1cm2 sample

Safety and aesthetics

IPSIIS method can provide variations of shades in a wide range of colors. Professionals can now combine aesthetic considerations with fire requirements and high temperature resistance .

Healthy, efficient and safe materials


Aesthetic and efficiency of recycled glass

 .An environmentally friendly process

The ability to produce the mineral foam at room temperature brings a double environmental and financial interest: cost-effective insulation with very low carbon footprint and sustainable prospective for emerging economies.
Some samples have already been produced by sun drying at low temperature.


Non flammable mineral foam obtained by sun-drying (Lambda 50 mW / mK Density 150 kg / m3 Lift 1 MPa)

Houses that can breathe

View of the microstructure of IPSIIS mineral foams. The open porosity allows  the renewal of the air as well as acoustic insulation. The small size of the bubbles (less than 200 µm) minimizes heat transfer by convection. The porosity of the walls contributes to the insulation and resistance to thermal shock (Photos taken by SEM G. Almeida Perre, AgroParisTech). If needed, air and water barriers can be added for moisture management.