Glysantin FC G20 Electrified Coolant fuel cells
H2 coolant thermal control Glysantin FC G20 fuel cell cooling fluid,
Coolant for fuel cells Glysantin® FC G20 ELECTRIFIED® Ready-to-use, inhibited radiator protection based on ethylene glycol / water with very low electrical conductivity. Not suitable for combustion engines,
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Glysantin® FC G20 ELECTRIFIED® (fomerly Glysantin ® FC G20 ReadyMix/50) has been specially developed for use in fuel cell systems such as PEMFC (Proton Exchange Membrane = Polymer Electrolyte Membrane Fuel Cell) and is not suitable as a conventional coolant in internal combustion engines.
coolant for fuel cells
Glysantin® FC G20 ELECTRIFIED® is suitable for application temperatures below -30 ° C to + 90 ° C.
Conventional radiator protection agents are unsuitable for use in cooling circuits of fuel cells because of their very high electrical conductivity. Glysantin® FC G20 ELECTRIFIED® has long-term stable and very low electrical conductivity thanks to the use of selected nonionic inhibitors. Thus, a safe, electrical operation of the fuel cell unit is possible.
In addition to heat dissipation, Glysantin® FC G20 ELECTRIFIED® provides safe frost protection down to -36 ° C. The metals commonly used in common cooling systems from PEMFC are well protected against corrosion.
Glysantin® FC G20 ELECTRIFIED® is ready to use, so it does not need to be diluted with water. Glysantin® FC G20 ELECTRIFIED® contains approx. 48Vol% ethylene glycol. Further dilution is possible with distilled or demineralized water, if its electrical
Conductivity is not higher than 2 μS / cm (at 25 ° C). However, as the corrosion protection of Glysantin FC G 20-00 / 50 is reduced, an addition of more than 10% of demineralized water is foreseeable. Addition of ethylene glycol can not significantly improve the antifreeze and also leads to the reduction of corrosion protection
Mixing - even with minor parts - a conventional radiator or other saline media makes the fuel cell coolant unusable. Therefore, pay attention to maximum cleanliness during filling. Opened containers with Glysantin® FC G20 ELECTRIFIED® must be resealed immediately.
Coolant for upstream electrolyzers: Glysantin G64
Glysantin® FC G20 ELECTRIFIED® has a frost-protecting effect compared to deionized water. Glysantin® FC G20 ELECTRIFIED® helps to keep the electrical conductivity at a level required for the safety of the system longer than non-inhibited glycol / water mixtures.
This behavior is exemplified by results of a test in which the electrical conductivity does not increase after suitable inhibition of the coolant.
The long-term protection of Glysantin® FC G20 ELECTRIFIED® can be further increased by using a suitable mixed-bed ion exchanger in the cooling circuit.
Material compatibility (excerpt):
Compatible: Stainless steel, titanium, aluminum, copper, brass, graphite, PTFE, PE
Incompatible: zinc, galvanized steel, cast iron, structural steel
Beware of polymer materials and sealant materials, as these often contain fillers and auxiliaries that can have a negative effect on the electrical conductivity. Examples are: EPDM, PVC, PA66, silicone rubber, Viton.
Get advice before using Glysantin® FC G20 ELECTRIFIED®