Independent research by SGS INTRON shows that SQAPE technology is suitable for replacing cement in concrete applications while maintaining an extremely long service life. At the request of

Press release 29.09.2017 The production of sustainable building materials by applying the SQAPE technology does not lead to increased health risks in the usage phase. This has been shown by research carried out by SGS INTRON.

SQAPE has signed a license agreement with Struyk Verwo Infra. After a previous license with V.d.Bosch Beton, Struyk Verwo Infra also has the confidence to work with the geopolymer technology.

SQAPE has signed its first license agreement. The successfully completed pilot projects give V.d.Bosch Beton confidence to scale up its Reduton® geopolymer production. There is growing interest in the market for low-CO2

Press Release 29.09.2017 The SQAPE technology has been applied by Cementbouw Betonmortel to realise, in cooperation with the municipality of Zeewolde, the first geopolymer bicycle path in the Netherlands. For the production

Press release 29.09.2017 Research by TU Delft into the lifespan of geopolymer produced with the SQAPE technology shows that these products have excellent resistance and are suitable for use in

Press Release 29.09.2017 Together with SQAPE, V.d. Bosch Beton has succeeded in replacing the cement in concrete grass elements (verge pavement) using SQAPE geopolymer technology. The

Press Release 29.09.2017 With its geopolymer technology, SQAPE has succeeded in developing a balanced and stable geopolymer system to produce sustainable and affordable building materials. By deploying