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R & D
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R & D |
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Company
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Contact |
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DCB-Substrate and Cooler
Dr. Jürgen Schulz-Harder Telefon +49 941 6980900
Electrovac curamik GmbH Im Gewerbepark D 75 93059 Regensburg Germany
Heat Control, Hermetic packages and Nanofibers
Ernst Hammel Phone +43 2243 450-130
Electrovac AG Aufeldgasse 37-39 3400 Klosterneuburg Austria
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| From the wide range of development projects, each segment has chosen one example for presentation. |
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To obtain DBC substrates with defined planarity |
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Consistent quality of your products |
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To know the elastic behavior of your DBC at different temperatures |
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To rationally position your system weldings |
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Project status: Systems have been implemented for the assessment of temperature-dependent deformation of DBC up to 300°C. All investigations will have been concluded by the end of 2007.
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High corrosion resistance |
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Low weight on account of low density (4.5 grams/cm3) combined with high stability |
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A glass seal with high compatibility with the body |
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High mechanical and thermal capacity |
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Project status: Evaluation of titanium glass seals May 2006: Customers supplied with samples
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Carbon dioxide-free generation of hydrogen |
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Hythan, a methane/hydrogen mix for the reduction of the carbon dioxide exchange in combustion engines |
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Carbon nanofibers as intelligent base material for light construction and composite materials |
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Substitution of flame soot helps to preserve oil resources |
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Project status: on-line measurements with gas probes and chemical analyses of gas cylinders, production of nanotubes and nanofibers in batch mode; patenting of the process and applications. A first pilot plant for commercial use could start operations in 2007.
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elNano is easy to apply |
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Applicable for different BLT |
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High thermal conductivity |
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| Since some years Electrovac develops thermal greases based on nanotechnology. In particular Carbon-Nanotubes are used as thermal conducting substance. Beside the existing products elNano 100 and thin Electrovac is developing a new thermal greases for bondline-thicknesses above 250µm: |
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| elNano®250 for bondline-thicknesses above 250µm |
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