id Morgan ||j^ Advanced Materials Data sheet ENGLISH Description Vacupor® NT is a microporous insulation material which has an extremely low thermal conductivity coefficient giving it very good insulating properties. Vacupor® NT consists of inorganic oxides. The main constituent is fumed silica, the other components are opacifiers for minimizing infrared radiation, and silicates. Vacupor® NT (core material) is not flammable and meets the requirements of IMO FTPC part 1 and DIN ISO 4102 part 1, A1. Vacupor® NT is heat sealed under vacuum in a multilayer vacuum metalised film. The very low internal pressure and the microporous panel core enable it to reach extremely low thermal conductivity values. Application Vacupor® NT was specially developed for applications in vacuum insulation technology. The low density and the specially developed IR opacifiers contained in these grades greatly reduce the thermal conductivity of Vacupor® NT Systems. Typical applications Vacupor® NT is also successfully used as insulation material in the following areas: • Domestic appliances (refrigerator and freezer cabinets) • Absorption refrigerators • Cryogenic freezer • Temperature controlled packaging • Transport boxes • Facade elements • Terrace insulation • Cold storage floor insulation • Tank container insulation Form of delivery Standard sizes: 600 mm x 250 mm 600 mm x 500 mm 1000 mm x 300 mm 1000 mm x 600 mm 1200 mm x 500 mm 1200 mm x 1000 mm Standard thicknesses: 10, 15, 20, 25, 30 mm Further thicknesses on request. Special formats available on request Restrictions on applications The metallized, multilayer plastic film of the Vacupor® NT must not be damaged by drilling, cutting, milling, nailing, otherwise the internal pressure of the panel will rise and the special properties of the panel will be lost. Shelf life Vacupor® NT has a very long shelf life. Please refer to our pressure rise table: Thermal conductivity as a function of interior pressure. Safety directions Vacupor® NT is not a hazardous substance according to the EU directive 2006/1907/EEC. Please also see our Safety Data Sheet. Vacupor® NT does not use any dangerous decomposition products and according to current knowledge, it does not cause any problems to human health or the environment. www.morganthermalceramics.comwww.porextherm.com © 2017 Thermal Ceramics, a business of Morgan Advanced Mater

POREXTHERM Data sheet Vacupor® NT Physical Properties Density (kg/m3)(l) Thermal Conductivity at mean temperature of 22.5°C (W/m-K) @ 1 mbar(2) @ ambient pressure Temperature Resistance (°C)(3) Maximum Film Projection (mm) Interior Pressure (mbar) Theoretical Pressure Rise (mbar) Maximum Panel Dimensions Length (mm) Width (mm) Thickness (mm) 0 to 500 501 to 1000 > 1000 <20 20 to 30 >30 Vacupor® NT (core material) is insensitive to high and low temperature thermal shocks Please note: Vacupor® NT is not approved by the German building and construction authorites for building applications. Vacupor®...

POREXTHERM Data sheet Vacupor® NT Thermal Conductivity as a function of internal pressure (DIN 52612) Thermal Conductivity (Panel Core) DIN 52612 / \ Compression Behaviour (Panel Core) Low-temp. Compression Strength / \ Contact Europe: Telephone: +44 (0) 151 334 4030 E-mail: [email protected] North America: Telephone: + 1 (706) 796 4200 E-mail: northame [email protected] South America: Telephone: +54 (1 1) 4373 4439 E-mail: [email protected] Asia: Telephone: +65 6595 0000 E-mail: [email protected] Porextherm: Porextherm Dammstoffe GmbH Heisinger StraBe 8/10 D-87437 Kempten Telephone: +...