5 cm x 5 cm anode support
4 cm x 4 cm cathode active area
NiYSZ Anode thickness ~220-260 microns
YSZ-8 Electrolyte thickness ~6-8 microns
LSCF/LSCF-GDC Cathode thickness ~40-60 microns

Includes:

• Composite Control Box with connectors
• One NTM Sense H2TM hydrogen sensor
• One external power supply for 100V to 240V (50-60 Hz), your choice at time of purchase
• One 25 ft. shielded communication cable with connectors for control box and sensor

Surface Area: 2.4 m2/g
Nominal Composition: (La0.8Sr0.2)0.95Fe0.6Mn0.3Co0.1O3

Surface Area: 9.3 m 2/g
Particle Size (d50): 0.25 µm
Nominal Composition: La0.6Sr0.4FeO3-d

Current Stock: 1.3 Kg

Surface Area: 7.2 m 2/g
Particle Size (d50): 0.36 µm
Nominal Composition: La0.90MnO3-d

Nominal Composition: SrFeCo0.5Ox
Surface Area: 3.0 m 2/g 
Particle Size (d50): 0.96 µm

Surface Area: 220 m2/g 
Nominal Composition: Sm0.15Ce0.85O2-d

Powder suitable for tape casting, ink manufacture, pellet pressing and other non-aqueous manufacturing processes

Powder suitable for tape casting, ink manufacture, pellet pressing and other non-aqueous manufacturing processes

Formulation: Various available
Surface Area: Various available

Available sizes: 2.05 diameter

Available sizes: 20 mm, 25 mm, 32 mm, 50 mm, 5.08 x 5.08 cm2 squares with rounded corners

Applications: Fuel Cells, Hydrogen, Energy Storage, Flow Redox Batteries

Technology: SOFC Electrolyte Powder
Formulation: La_0.80 Sr_0.20 Ga_0.80 Mg_0.20 O_3-
Surface Area: 4-8 m²/g
Particle Size (d50): 0.3 to 0.6 µm.

Technology: PEM and Hydrogen Infrastructure
Characteristics: Reliable, Quantitative, No False Positives, Insensitive to Humidity, High Selectivity, Rapid Response & Recovery

Power: 4kW
Fuel: Hydrogen
Applications: UPS, Backup Power, Remote Power

Power: 2kW
Fuel: Hydrogen
Applications: UPS, Backup Power, Remote Power

Power: 200, 340 & 470 W
Fuel: Hydrogen
Features: Stack can be taken apart and rebuilt to change MEAs or insert sensors, Bipolar plates have built-in gaskets, Stack power can easily be scaled by adding/removing cells

Technology: SOFC
Characteristics: Strong, Shock Tolerant & Good Thermal Cycling
Applications: SOFC Design and Development

Power: 1 - 3kW
Fuel: Hydrogen
Applications: APU's, Forklifts, Vehicles, Backup Power and Stationary Power

Power: 200W to 5kW
Fuels: Hydrogen, Reformate
Applications Small Vehicles, Battery Charging, Backup Power, Research

Power: 200W - 1.2kW
Fuel: Hydrogen, Reformate
Applications: Small Vehicles, Battery Charging, Backup Power, Research

Subject Areas: Fuel Cells and Hydrogen
Language: German
Frequency: Quarterly

Technology: PEM Single Cells
Active Area: 25 cm˛
Applications: PEM Cell Characterisitics and Education

Technology: Hydroforming of flow channels
Applications: Metallic bipolar plates for PEM, SOFC (interconnects), DMFC, heat exchangers and electrolysers

Technology: SOFC Cathode Powder
Surface Area: 12.0 +/- 2.0 m2/g
Particle Size: 0.30 +/- 0.20 µm.
Formulation: Mn_1.5 Co_1.5 O_4-

Technology: SOFC Cathode Powder
Surface Area: 12.0 +/- 2.0 m2/g
Particle Size: 0.30 +/- 0.20 µm.
Formulation: La_0.60 Sr_0.40 Fe O_3-d

Power: Max 5kW
Fuels: Diesel, Petrol, Biofuels
Applications: Telecoms, Backup Power, APUs/Range Extenders, Marine

Power: 1 to 7 kW
Fuel: Hydrogen
Applications: Stationary and Transportation Power

Technology: PEMFC, Direct Ethanol FC, DMFC, Direct Glycerol FC, Electrolysers and Ammonia Rewforming

Power: 200 & 500 W
Fuel: Hydrogen
Applications: Backup Power, Portable Power, Battery Charging, Remote Power, Marine

Power: 5kW Modules
Fuel: Hydrogen
Applications: Telecoms, Data Centres, Base Stations & Critical Networks

Power: 1.7kW Modules
Fuel: Hydrogen
Applications: Telecoms, Base Stations & Critical Networks

Power: 1.7kW Modules
Fuel: Hydrogen
Applications: Telecoms, Base Stations & Critical Networks

Power: 1.7kW Modules
Fuel: Hydrogen
Applications: Telecoms, Data Centres, Base Stations & Critical Networks

Technology: PEMFC and DMFC
Applications: Portable, Automotive and Stationary
Characteristics: Improves stack efficiency and durability, Compatible with 5 layer MEA's

Power Range: 0.1 to 3 kW
Fuel: Hydrogen
Applications: Hybrid Vehicles, CHP, Backup Power and Military

Power: 1 - 10kW
Fuel: Hydrogen
Applications: Telecoms, Backup Power, Data Centres, Base Stations and UPS

Technology: PEM Single Cells, Large Single Cells & Stacks
Power Range: 1 to 5kW
Measurements: Voltage, Current, Mass Flow, Pressure, Temperature and Humidity

Power: 1 & 5 kW, 12, 24 or 48 VDC
Fuel: Hydrogen
Applications: Battery Charging, APU, RV's, Backup Power & Generators

Technology: SOFC Electrolyte Powder
Surface Area: 12.0 +/- 2.0 m2/g
Particle Size: 0.30 +/- 0.20 µm.
Formulation: La_0.60 Sr_0.40 Co_0.20

Technology: SOFC Electrolyte Powder
Surface Area: 12.0 +/- 2.0 m2/g
Particle Size: 0.30 +/- 0.20 µm.
Formulation: La_0.80 Sr_0.20 Mn_O3-

Technology: SOFC Electrolyte Powder
Surface Area: 12.0 +/- 2.0 m2/g
Particle Size: 0.30 +/- 0.20 µm.
Formulation: Sm_0.20 Ce_0.80 O_2-

Technology: SOFC Electrolyte Powder
Surface Area: 12.0 +/- 2.0 m2/g
Particle Size: 0.30 +/- 0.20 µm.
Formulation: Gd_0.10 Ce_0.90 O_2-

Technology: SOFC, HTPEM, PEM, PAFC and MCFC
Characteristics: Managment of problematic temperature variations
Applications: Heat Exchangers, Insulation and Manifolding

Technology: PEM, DMFC and HTPEM
Applications: Fuel Cell Stack Design

Technology: SOFC
Applications: Componet development, custom materials, prototyping and production scale up

Technology: Fuel Cells, Hydrogen Technology & Waste to Energy
Characteristics: Independent, Turnkey and Unique Experience
Applications: CHP, Telecoms, Hydrogen Infrastructure and Power Stations

Technology: SOFC
Characteristics: Strong, Shock Tolerant, Good Thermal Cycling & Thin (50µm)
Applications: SOFC Design and Development