With increased porosity & less raw materials IPSIIS has reduced energy and carbon content on its insulating foams. IPSIIS Foam : innovative, efficient & environmentally friendly materials < 4kg CO2eq/UF & < 40kWh/UF (UF = 1m2 of insulation with R=5m2.K/W).
IPSIIS is proud to announce that we’ve been selected as one of @Hello Tomorrow’s Top 500 deeptech startups from over 4,500 applications from 119 countries!
Come and meet us at the The Hello Tomorrow Global Summit in Paris on 14-15th March 2019 ➡️ www.hello-tomorrow.org/summit
IPSIIS team has unveiled the new mineral foams with a terracotta surface finish. With different shades of natural colors terracotta skin provides mechanical resistance, surface protection and a touch of elegance while maintaining the non-flammable character.
The innovative IPSIIS foam combined with noble terracota can be adapted to challenging projects in building, interior decoration and industrial insulation.
The World Alliance for Efficient Solutions, powered by Solar Impulse, is bringing together #1000solutions from startups, companies and institutions, that have an idea, a product or a process that can simultaneously create jobs, make profit and protect the environment to improve the quality of life.
IPSIIS is happy to announce that we are a member of the World Alliance ! IPSIIS has just sent the application “IPSIIS Foams” for the #1000solutions. If our proposition is labelized it will be presented during the COP24 by Bertand Piccard !
IPSIIS is a sponsor of Thermec’18, the tenth international conference on advanced materials, providing a forum for researchers around the globe to present papers on recent advances in the overall field of science and technology of processing and manufacturing of advanced materials.
Discover IPSIIS foam during the conference at IPSIIS stand (exhibition area).
IPSIIS ceramic foams allow high speed machining on a multiaxis milling machine.
This result makes it possible to obtain refractory panels with complex geometry.
Come and watch the new videos at our website