Compressive strength: 37 N/mm2Gross density: 1800 kg/m3Water absorption: 13 %w/wInitial rate of absorption: 0,8 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 510RT 510, Blackish blueGWP: 13.3 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: 30 N/mm2Gross density: 1900 kg/m3Water absorption: 12 %w/wInitial rate of absorption: 1,1 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 522RT 522, AlexandriaGWP: 31 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: 30 N/mm2Gross density: 1900 kg/m3Water absorption: 12 %w/wInitial rate of absorption: 0,9 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 526RT 526, WindsorGWP: 9.1 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: 30 N/mm2Gross density: 1800 kg/m3Water absorption: 12 %w/wInitial rate of absorption: 0,9 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 534RT 534, ParmaGWP: 11.2 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.
Compressive strength: 25 N/mm2Gross density: 1750 kg/m3Water absorption: 16 %w/wInitial rate of absorption: 2,0 ± 1,0 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 532RT 532, VillanovaGWP: 15.8 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: 30 N/mm2Gross density: 1750 kg/m3Water absorption: 15 %w/wInitial rate of absorption: 2,0 ± 1,0 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 542RT 542, ApollonGWP: 10.8 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: 30 N/mm2Gross density: 1900 kg/m3Water absorption: 12 %w/wInitial rate of absorption: 1,1 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 546RT 546, AttikaGWP: 30.9 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: 1750 kg/m3Water absorption: 16 %w/wInitial rate of absorption: 2,0 ± 1,0 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 547RT 547, HeliosGWP: 16.6 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: 30 N/mm2Gross density: 1900 kg/m3Water absorption: 12 %w/wInitial rate of absorption: 1,1 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 548RT 548, HeraGWP: 31 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: 1750 kg/m3Water absorption: 16 %w/wInitial rate of absorption: 2,0 ± 1,0 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 550RT 550, KronosGWP: 22.4 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: 30 N/mm2Gross density: 2050 kg/m3Water absorption: 12 %w/wInitial rate of absorption: 1,5 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 551RT 551, ArgosGWP: 26.5 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: 35 N/mm2Gross density: 1800 kg/m3Water absorption: 13 %w/wInitial rate of absorption: 0,8 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 554RT 554, EosGWP: 9.3 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: N/mm2Gross density: kg/m3Water absorption: %w/wInitial rate of absorption: kg/m2Exposure class:Price on request
Go to RT 553RT 553, GaiaGWP: 11.92 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: 37 N/mm2Gross density: 1800 kg/m3Water absorption: 13 %w/wInitial rate of absorption: 0,8 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 562FFRT 562FF, AresGWP: 8.4 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: 37 N/mm2Gross density: 1800 kg/m3Water absorption: 14 %w/wInitial rate of absorption: 0,8 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 563FFRT 563FF, MetisGWP: 8.6 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: 30 N/mm2Gross density: 1750 kg/m3Water absorption: 15 %w/wInitial rate of absorption: 2,0 ± 1,0 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 557RT 557, MilosGWP: 10.5 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: 30 N/mm2Gross density: 2050 kg/m3Water absorption: 12 %w/wInitial rate of absorption: 1,5 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 551FFRT 551FF, ArgosGWP: 26.9 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: 37 N/mm2Gross density: 1800 kg/m3Water absorption: 13 %w/wInitial rate of absorption: 0,8 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 553FFRT 553FF, GaiaGWP: 9.3 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: 37 N/mm2Gross density: 1800 kg/m3Water absorption: 13 %w/wInitial rate of absorption: 0,8 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 554FFRT 554FF, EosGWP: 9.3 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: 30 N/mm2Gross density: 1900 kg/m3Water absorption: 12 %w/wInitial rate of absorption: 0,9 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 533RT 533, MedusaGWP: 9.1 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: 30 N/mm2Gross density: 1900 kg/m3Water absorption: 12 %w/wInitial rate of absorption: 0,9 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 537RT 537, PoseidonGWP: 9.1 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: 30 N/mm2Gross density: 1950 kg/m3Water absorption: 13 %w/wInitial rate of absorption: 0,9 ± 0,5 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 539RT 539, HermesGWP: 22.7 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: 1750 kg/m3Water absorption: 16 %w/wInitial rate of absorption: 2,0 ± 1,0 kg/m2Exposure class: MX3.2, MX4Price on request
Go to RT 545RT 545, AtlasGWP: 16 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.























