Compressive strength: 20 N/mm2Gross density: 1700 kg/m3Water absorption: 16 %w/wInitial rate of absorption: 2,0 ± 1,0 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 570RT 570, FusionGWP: 16.59 kg Co2-eq / m2 (A1-A3) ?Global Warming Potential (GWP) is a measurement unit that shows how different materials and
processes affect global warming. The lower the GWP, the less a material contributes to climate
change. Read more here.
Compressive strength: 24 N/mm2Gross density: 1900 kg/m3Water absorption: 11 %w/wInitial rate of absorption: 1,3 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 571RT 571, FusionGWP: 10.11 kg Co2-eq / m2 (A1-A3) ?Global Warming Potential (GWP) is a measurement unit that shows how different materials and
processes affect global warming. The lower the GWP, the less a material contributes to climate
change. Read more here.
Compressive strength: 25 N/mm2Gross density: 1800 kg/m3Water absorption: 14 %w/wInitial rate of absorption: 1,9 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 576RT 576, FusionGWP: 16.72 kg Co2-eq / m2 (A1-A3) ?Global Warming Potential (GWP) is a measurement unit that shows how different materials and
processes affect global warming. The lower the GWP, the less a material contributes to climate
change. Read more here.
Compressive strength: 25 N/mm2Gross density: 1780 kg/m3Water absorption: 15 %w/wInitial rate of absorption: 1,8 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 578RT 578, FusionGWP: 17.42 kg Co2-eq / m2 (A1-A3) ?Global Warming Potential (GWP) is a measurement unit that shows how different materials and
processes affect global warming. The lower the GWP, the less a material contributes to climate
change. Read more here.
Compressive strength: 27 N/mm2Gross density: 1850 kg/m3Water absorption: 13 %w/wInitial rate of absorption: 1,3 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 579RT 579, FusionGWP: 18.2 kg Co2-eq / m2 (A1-A3) ?Global Warming Potential (GWP) is a measurement unit that shows how different materials and
processes affect global warming. The lower the GWP, the less a material contributes to climate
change. Read more here.





