Beryllium & Composites - Thorium Energy Alliance

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Physical Properties of FlibeProperty (T is in °C) 66 mole% LiF – 34 mole% BeF 2Liquidus Temperature, °C 458 ± 1Density of Liquid, g/cm 3 2.214 – 4.2 x10 -4 T ± 2%Thermal Conductivity, W/m.°C1 ± 10% (for a 200°C range)Solid Heat Capacity, cal/g.°C 0.317 + 3.61 x 10 -4 T ± 3%Liquid Heat Capacity, cal/g.°C 0.57 ± 3%Heat of Fusion, cal/g 107 ± 3%Viscosity, cP (T in Kelvin) 0.116 exp(3755/T) ± 25%CTE (volumetric), ppm/°C 2.1 ± 20%Vapor Pressure, Torr (T in Kelvin) log P = 9.024 – (5920/T) ± 10%Electrical Conductivity, ohm-cm -1 1.54 + 6.0 x 10 -3 (T-500) ± 10%S. Cantor, et al. (1968), “Physical Properties of Molten-Salt Reactor Fuel, Coolant, and Flush Salts,” ORNL-TM-2316Brush Beryllium & Composites
Thermodynamics of FlibeRomero-Serrano, et al. (2009), Thermodynamic analysis of LiF–BeF2 and KF–BeF2 meltsby a structural model, Journal of Fluorine Chemistry, 130 (3) pp. 336-340.Brush Beryllium & Composites
Page 3 and 4: OUR COMPANYGlobal Footprint3,000 +E
Page 5 and 6: OUR COMPANYFinancial Position No. 5
Page 7 and 8: Materion Brush - DivisionsBeryllium
Page 9: General characteristics of Flibe•
Page 13 and 14: Materion’s beryllium extraction p
Page 15 and 16: Flibe/FlinabeCharacterization161412

Beryllium & Composites - Thorium Energy Alliance

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