Fuel Cell Material Equipment In Europe
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Manufactured by Advent Technologies Incbased in USA
MEAs (Membrane-Electrode Assemblies) are the heart of the fuel cell. Due to the high-temperature operation, our MEAs can work with impure hydrogen that can be reformed onboard from methanol, natural gas, and other renewable fuels (liquid sun, liquid ...
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Manufactured by Zapp Precision Metals GmbHbased in GERMANY
Our Alloy 718 tubes are available as sleeves for electrical air compressors in fuel-cell vehicles. The material offers the following advantages: extremely high tensile strength, not magnetizable. Heat treatment and mechanical processing for tight tolerances are carried out in-house. Bipolar plates are made of thin precision tape, such as ...
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Manufactured by Oetiker Schweiz AG (Headquarters Switzerland)based in SWITZERLAND
suitable as a connecting element for oil and / or coolant and heating lines to turbochargers, engines, and transmissions. Recommended for Engine Oil Cooling, Transmission Oil Cooling, Turbocharger Cooling & Oil Supply Applications, EGR, SCR, Rear Differential, Hybrid, Electric, Fuel Cell, and eBooster Cooling. ...
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Manufactured by Aero Tec Laboratories Ltdbased in UNITED KINGDOM
fuel cell installations can be designed as vent-less collapsing diaphragms or as vented non-collapsing liners. ATL can offer any level of support, from the basic design and manufacture of flexible fuel bladders, through to support with airframe integration and testing and qualification stages for air frame certification. ...
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Manufactured by Heliocentris Academia International GmbHbased in GERMANY
The Dr FuelCell® Science Kit is an extensive experiment set for the subject of renewable energies. Flexible components, 20 pre-configured experiments and detailed supplementary material make it a complete package for teaching physics and chemistry in grades ...
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Manufactured by AMETEK Scientific Instruments / Solartron Analyticalbased in UNITED KINGDOM
The 1250E Frequency Response Analyzer (FRA) delivers accurate measurement of gain and phase. The device under test is stimulated by a sinewave and the response analyzed at various points in the system. These responses are then correlated with the stimulus to determine the amplitude and phase relative to the generator. The ratio of the two measured signals can then be used to provide the system ...
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