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    Rock Mineral Wool - Fire protection boards - Fire-teK BD 907 ALB

    Fire-teK BD 907 ALB

    Fire protection boards
    Group Fire protection boards
    Reaction to fire A1
    Thickness range 60 - 100
    Thermal conductivity (10°) 0,035 W/(mK)
    Thermal conductivity (40°) 0,038 W/(mK)
    Thermal conductivity (50°) 0,039 W/(mK)
    Rock Mineral Wool - Fire protection boards - Fire-teK BD 908 ALU

    Fire-teK BD 908 ALU

    Fire protection boards
    Group Fire protection boards
    Reaction to fire A1
    Thickness range 60
    Rock Mineral Wool - Fire protection boards - Fire-teK BD 912 ALU

    Fire-teK BD 912 ALU

    Fire protection boards
    Group Fire protection boards
    Reaction to fire A1
    Thickness range 60
    Rock Mineral Wool - Fire protection boards - Fire-teK BD 917 ALU

    Fire-teK BD 917 ALU

    Fire protection boards
    Group Fire protection boards
    Reaction to fire A1
    Thickness range 45 - 90
    Rock Mineral Wool - Fire protection boards - Fire-teK BD 918

    Fire-teK BD 918

    Fire protection boards
    Group Fire protection boards
    Reaction to fire A1
    Thickness range 30
    Thermal conductivity (50°) 0,041 W/(mK)
    Rock Mineral Wool - T Fire protection - Fire-teK CR STD

    Fire-teK CR STD

    T Fire protection
    Group T Fire protection
    Reaction to fire A2
    Maximum service temperature 700°C
    Thermal conductivity (10°) 0,040 W/(mK)
    Rock Mineral Wool - Fire protection wired mat - Fire-teK WM 908 GGA

    Fire-teK WM 908 GGA

    Fire protection wired mat
    Group Fire protection wired mat
    Reaction to fire A1
    Thickness range 60 - 80
    Rock Mineral Wool - Fire protection wired mat - Fire-teK WM 908 GGB

    Fire-teK WM 908 GGB

    Fire protection wired mat
    Group Fire protection wired mat
    Reaction to fire A1
    Thermal conductivity (50°) 0,040 W/(mK)
    Rock Mineral Wool - Fire protection wired mat - Fire-teK WM 910 GGB

    Fire-teK WM 910 GGB

    Fire protection wired mat
    Group Fire protection wired mat
    Reaction to fire A1
    Thermal conductivity (50°) 0,040 W/(mK)
    Rock Mineral Wool - P High temperature p - Power-teK BD 350/ALU*

    Power-teK BD 350/ALU*

    P High temperature p
    Group P High temperature p
    Reaction to fire A1
    Thickness range 40 - 100
    Maximum service temperature 350°C
    Thermal conductivity (50°) 0,041 W/(mK)
    Rock Mineral Wool - P High temperature product - Power-teK BD 450 - 700

    Power-teK BD 450 - 700

    P High temperature product
    Group P High temperature product
    Reaction to fire A1
    Thickness range 30 - 140
    Maximum service temperature 450 °C to 700 °C, depending on density
    Thermal conductivity (10°) 0.037 W/(MK) for BD 450 ALU
    Thermal conductivity (50°) 0,039 - 0,041 W/(mK)
    Rock Mineral Wool - P High temperature product - Power-teK BD 450 - 700 ALU

    Power-teK BD 450 - 700 ALU

    P High temperature product
    Group P High temperature product
    Reaction to fire A1
    Thickness range 30 - 140
    Maximum service temperature 450 to 700°C, depending on density
    Thermal conductivity (10°) 0.037 °C for BD 450 ALU
    Thermal conductivity (50°) 0,039 - 0,041 W/(mK), depending on density
    Rock Mineral Wool - P Compression resistant - Power-teK BD 775

    Power-teK BD 775

    P Compression resistant
    Group P Compression resistant
    Reaction to fire A1
    Thickness range 50 - 140
    Maximum service temperature 450 °C
    Thermal conductivity (50°) 0,042 W/(mK)
    Rock Mineral Wool - P High temperature - Power-teK CM 620 ALU

    Power-teK CM 620 ALU

    P High temperature
    Group P High temperature
    Reaction to fire A1
    Thickness range 50 - 120
    Maximum service temperature 620 °C
    Thermal conductivity (50°) 0,043 W/(mK)
    Rock Mineral Wool - P High temperature product - Power-teK FM 620/640/660

    Power-teK FM 620/640/660

    P High temperature product
    Group P High temperature product
    Reaction to fire A1
    Thickness range 40 - 120
    Maximum service temperature 620 to 660 °C, depending on density
    Thermal conductivity (50°) 0,040 W/(mK)
    Rock Mineral Wool - P High temperature product - Power-teK FM 620/640/660 ALU

    Power-teK FM 620/640/660 ALU

    P High temperature product
    Group P High temperature product
    Reaction to fire A1
    Thickness range 40 - 120
    Maximum service temperature 620 to 660 °C, depending on density
    Thermal conductivity (50°) 0,040 W/(mK)
    Rock Mineral Wool - P Compression resistant - Power-teK LM 450 ALU

    Power-teK LM 450 ALU

    P Compression resistant
    Group P Compression resistant
    Reaction to fire A1 for thickness ≥ 30 mm (A2-s1,d0 for thicknesses 20 and 25 mm)
    Thickness range 30 - 120
    Maximum service temperature 450 °C
    Thermal conductivity (50°) 0,044 W/(mK)
    Rock Mineral Wool - P Compression resistant - Power-teK LM 550 ALU

    Power-teK LM 550 ALU

    P Compression resistant
    Group P Compression resistant
    Reaction to fire A1
    Thickness range 30 - 120
    Maximum service temperature 550 °C
    Thermal conductivity (50°) 0,043 W/(mK)
    Rock Mineral Wool - P Compression resistant - Power-teK LM 640 ALU

    Power-teK LM 640 ALU

    P Compression resistant
    Group P Compression resistant
    Reaction to fire A1
    Thickness range 30 - 120
    Maximum service temperature 640 °C
    Thermal conductivity (50°) 0,044 W/(mK)
    Rock Mineral Wool - P Compression resistant - Power-teK LM 700 ALU

    Power-teK LM 700 ALU

    P Compression resistant
    Group P Compression resistant
    Reaction to fire A1
    Thickness range 30 - 120
    Maximum service temperature 700 °C
    Thermal conductivity (50°) 0,044 W/(mK)
    Rock Mineral Wool - P Filling Material - Power-teK LW 020

    Power-teK LW 020

    P Filling Material
    Group P Filling Material
    Reaction to fire A1
    Thermal conductivity (10°) 0,038 W/(mK)
    Rock Mineral Wool - P Filling Material - Power-teK LW CRY

    Power-teK LW CRY

    P Filling Material
    Group P Filling Material
    Reaction to fire A1
    Maximum service temperature 150°C
    Thermal conductivity (50°) 0,041 W/(mK)
    1 - 24 of 75

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