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The NTI Titan™ Inline Coating System supports manufacturers planning higher-volume in-house coating. Configurable around component handling, dual-sided processing and production-line automation, it co
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Bring selected SydroCOAT™ processes in-house with the NTI Dream™ Batch Coating System. Configurable around mixed component applications, variable load sizes and flexible recipes, the platform combines
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SydroPLATE modular manufacturing adds the capabilities your PEM fuel cell plate programme needs: forming and joining, conductive protective coatings, seal integration, or inspection and traceability.
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SydroPLATE brings metallic PEM fuel cell bipolar plates from your drawing to coated, sealed and inspected components. Precision forming and joining, precious-metal-free SydroCOAT™ coatings and integra
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SydroNEXUS™ Functional Electrolytes develops GDC- and YSZ-based ceramic films for solid oxide cells. Controlled PVD deposition targets dense, continuous ionic-conducting layers, giving SOFC and SOEC m
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SydroNEXUS™ Electrolyte Barrier develops thin ceramic coatings to limit unwanted reactions and interdiffusion at solid oxide cell interfaces. Tailored to adjoining materials and cell architecture, it
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SydroNEXUS™ Interconnect develops protective spinel coatings for metallic solid oxide cell interconnects. Designed to limit oxidation and chromium release while maintaining low area-specific resistanc
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SydroALK™ is a Ni-based PVD coating platform in development for stainless steel and nickel AEM porous transport layers. It targets conductive surface protection while accounting for porous geometry an
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SydroALK™ is a Ni-based PVD coating platform in development for stainless steel AEM electrolyser bipolar plates. Designed to address alkaline corrosion and passivation while maintaining electrical con
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SydroPEARL® Plus reduces platinum loading on titanium and SUS316L PEM electrolyser bipolar plates and titanium porous transport layers. It combines low-platinum coating routes with conductive interfac
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SydroPEARL® eliminates platinum from the coating on titanium PEM electrolyser bipolar plates while preserving a conductive interface. It gives electrolyser and component manufacturers a route to reduc
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SydroSTAR™ is a carbon coating for SUS316L PEM fuel cell bipolar plates facing extended duty cycles and elevated chloride exposure. It combines conductive surface protection with controlled ion releas
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SydroDIAMOND® offers a precious-metal-free coating route for PEM fuel cell bipolar plates in SUS304, SUS316L and titanium. Low contact resistance, corrosion protection and controlled metallic-ion rele
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SydroGEM™ is an ultra-thin carbon coating for SUS316L metallic bipolar plates, designed around the economics of high-volume PEM fuel cell production. It combines conductive surface protection with low
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Assess fuel cell performance against your application requirements before wider deployment. Sydrogen supports engineering validation across power delivery, changing loads, durability, environmental co
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Develop the interfaces that determine fuel cell performance. Sydrogen brings bipolar plate engineering, membrane electrode assembly capabilities, sealing and materials evaluation into a coordinated de
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Move coating decisions forward with evidence from representative components. Sydrogen supports fuel cell and PEM electrolyser coating evaluation, including contact resistance, electrochemical response
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Access specialist fuel cell and electrolyser coating capability without establishing a dedicated coating line. Sydrogen connects application review, sample coating and evaluation with repeat coated-co
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Develop maritime hydrogen-power projects around a purpose-designed marine platform. The SydroPOWER Marine™ MZ250N provides 245 kW rated and 255 kW peak output, a custom marine enclosure and seawater c
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Plan megawatt-scale hydrogen fuel cell power for industrial facilities and energy infrastructure. The SydroPOWER Grid™ MZ1000T provides 1 MW output with a 1.2 MW peak for 30 seconds, combining contain
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Support larger charging hubs and distributed-energy projects with 200 kW of containerised fuel cell power. The SydroPOWER Grid™ MZ200T retains a 10-foot ISO format and modular architecture, giving pro
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Add local generation for EV charging, backup power and smaller microgrids. The SydroPOWER Grid™ MZ100T provides 100 kW in a 10-foot ISO container, integrating fuel cell generation, power electronics a
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Address higher propulsion demand with the most powerful engine in the SydroPOWER Drive™ range. The MZ260-P4X provides 260 kW nominal fuel cell output in an integrated platform for heavy-duty vehicles,
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Balance power and system mass in heavy-duty mobility programmes. The SydroPOWER Drive™ MZ220-P5H delivers 220 kW nominal output with a specified 890 W/kg mass power density and stated −40°C cold-start
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Support bus and coach development with a 140 kW integrated hydrogen fuel cell engine. The SydroPOWER Drive™ MZ140-P4H provides a vehicle-integration platform for larger passenger-transport application
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Advance passenger and light commercial vehicle programmes with an integrated 90 kW fuel cell engine. The SydroPOWER Drive™ MZ90-P4L combines the fuel cell stack with supporting systems for vehicle int
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Develop demanding fuel cell power architectures around the MZ247-M5H. This SydroPOWER Stack™ platform combines 247 kW nominal and 261 kW peak stack output with stated −40°C cold-start capability, supp
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Increase available stack power while retaining the M4 platform. The SydroPOWER Stack™ MZ163-M4H provides 163 kW nominal and 198 kW peak output for OEMs and integrators developing higher-power fuel cel
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Retain control of your fuel cell system architecture with the MZ111-M4L. This SydroPOWER Stack™ platform delivers 111 kW nominal and 116 kW peak stack output, providing a compact PEM core for OEMs dev
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Meet higher onboard power requirements with a lightweight 6 kW fuel cell platform. The SydroPOWER Air™ KZ6000F offers a 12 kg unit weight and 500 W/kg mass power density for larger civil UAVs and mobi
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Develop weight-sensitive UAV and mobile power architectures around a 3 kW hydrogen fuel cell system. The SydroPOWER Air™ KZ3000F combines an 8.1 kg unit weight with 370 W/kg mass power density, helpin
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Build field-power capacity around a common 3 kW platform. The SydroPOWER Air™ KZ3000 Stacked configuration combines multiple units in a modular rack for loads above a single unit’s output, supporting
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Bring hydrogen power to field equipment and temporary operations with higher electrical demand. The SydroPOWER Air™ KZ3000 provides 3 kW at 48 V in a 30 kg package, with a stackable architecture that
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Simplify remote power deployment with an integrated fuel cell, battery and hydrogen-storage package. The SydroPOWER Air™ KZ300 Turnkey combines 300 W generation with a 100 Ah lithium battery and 1.1 k
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Power small field loads where fixed infrastructure is limited. The SydroPOWER Air™ KZ300 delivers 300 W at 24 V in a compact unit weighing less than 15 kg, supporting remote monitoring, communications
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SydroCOAT™ connects advanced surface engineering with the efficiency, durability and manufacturing priorities of hydrogen technologies. Explore component-specific coatings for PEM fuel cells, PEM and
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