Metallic Bipolar Plates are the pathway to mass commercialisation
Bipolar Plates are a critical component of hydrogen fuel cells, representing up to 80% of a fuel cell stack's weight and 50% of cost.
Metallic bipolar plates are the technology of choice for the mass production of fuel cells due to its ability to enable a smaller form factor, weight and scales well with mass-production techniques.
However, metallic bipolar plates easily degrade and passivate in fuel cells, leading to severe reduction performance over its lifespan.
燃料电池双极板
高导电性和导热性。 耐腐蚀性强。 专为广泛的应用而设计。
SydroDIAMOND® Coating
Smooth, uniform coatings using FCVA
Alternative Carbon
Coatings
Rougher coatings susceptible to
degradation by conventional PVD
燃料电池双极板
SydroDIAMOND® has been demonstrated to maintain a high Fuel Cell current density with lower degradation compared to a reference gold material.
These were tested under cyclical Accelerated Stress Test (AST) conditions.
The AST was conducted by third-party German research institute Zentrum für BrennstoffzellenTechnik GmbH (ZBT), a leading fuel cell research institute in Duisberg, Germany.
CLEANING
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Aqueous
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Acid & Alkaline
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Hydrocarbon
COATING
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Filtered Cathodic Vacuum Arc Technology
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Unique Tetrahedral Amorphous Carbon Coating
GASKET AND SEALING
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Form-in-Place (FIP)
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Liquid Silicone Rubber (LSR) injection molding
QUALITY CONTROL
•Automated Machine vision solution deploying in 2024
•Quality control of incoming and outgoing bipolar plates
Full Spectrum of Capabilities for a Complete Bipolar Plate Solution
SydroDIAMOND® 样本
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