bnz-miscellaneous

Zelieblok 1900 & 2000

ZelieBlok 1900S is a calcium silicate board manufactured by a unique patented process together with a patent protected formulation utilizing the highest quality raw materials. ZelieBlok 1900S is designed to serve as a backup insulation for any refractory construction, such as insulating fire brick, dense refractory brick, castable, gunning mix, plastic refractory or ceramic fiber.
16x16-pdf_icon
[Download the 1900 data sheet]
16x16-pdf_icon[SDS Sheet]

ZelieBlok 2000S is a calcium silicate board manufactured by a unique patented process together with a patent protected formulation utilizing the highest quality raw materials. ZelieBlok 2000S is designed to serve as a backup insulation for any refractory construction, such as insulating fire brick, dense refractory brick, castable, gunning mix, plastic refractory or ceramic fiber.
16x16-pdf_icon[Download the 2000S data sheet]
16x16-pdf_icon[SDS Sheet]

  
Typical Data Zelieblok
1900S 2000S
Maximum Surface Temperature

°C
°F

 1000
1832		 1100
2012
Bulk Density (lb/ft3)
dry kg/m3		 14 15.3
                           225 245
Modulus of Rupture
ASTM C 133		  MPa
lb/in²		 1.9
275.5 		1.3
188.5
Comprehensive Strength
 MPa
lb/in²		 2.6
377		  2.7
392
Linear Shrinkage %
    % 12 hrs at 1050°C 950 1.0 1.5
Reversible Linear Thermal Expansion

    at 2000°F (1093°C)		 % 0.06 0.06
Thermal Conductivity
     ASTM C-182
    Mean Temperature, °F (°C)
      200 °C           W/m²K 0.06 0.08
      400 °C           W/m²K 0.08 0.10
      600 °C           W/m²K 0.10 0.12
      800 °C           W/m²K 0.14
      392 °F           Btu-in/ft2, hr  °F 0.42 0.55
      752 °F           Btu-in/ft2, hr °F 0.55 0.69
     1112 °F          Btu-in/ft², hr °F 0.69 0.83
     1472 °F          Btu-in/ft², hr °F   0.97
     To convert Btu-in/ft², hr, °F to Kcal-m²,hr, °C,
multiply by 0.124.
Chemical Analysis %
    Alumina – Al2O3 0.2  0.3
    Silica – SiO2 45 47.0
    Ferric Oxide – Fe2O3  0.2 0.3
    Sodium Oxide – NA2O 0.7 0.1
    Calcium Oxide – CaO 45.0 45.0
    Magnesium Oxide – MgO 0.1 0.6
    Potassium oxide — K2O 0.2 0.1
    Loss on ignition, 1025°C 8 6

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