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NTM SenseH2™ - Reliable and Accurate Hydrogen Sensor

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

Platinum-Ceria Catalyst (2% Pt) for medium temperature reactions (400-600°C) (NextCatA1)

Technology: Fuel Processing Cataylst

WGS Catalyst (CAT-CZA Copper Zinc Alumina)

Technology: Fuel Processing Catalyst
Specs: Reforming of Methanol at 200 - 300°C.

WGS Catalyst (CAT-CZP Cu Zn Cr Ce Pt Al)

Technology: Fuel Processing Catalyst
Specs: Reforming of Methanol at 250 - 450°C

WGS Catalyst (CAT-FCP Fe,Cu Cr Ce Pt)

Technology: Fuel Proceesing Catalyst
Specs: Reforming of Methanol at 400 - 600°C

Heat Exchanger & Catalytic Reactor Platform - HEP® (HEP)

Technology: Heat Exchaging
Heat Transfer: 2.5kW per module
Max Temperature: 900°C

Pipe and Flange Adapters for HEP® Heat Exchanger (HEP Adapter-)

Technology: Heat Exchanger Components

Plain Round Crest Inserts for HEP® Heat Exchanger (Insert-PRC)

Technology: Heat Exchanger Components

Triangular Inserts for HEP® Heat Exchanger (Insert-TRI)

Technology: Heat Exchanger Components

Plain Flat Crest Inserts for HEP® Heat Exchanger (Insert-PFC)

Technology: Heat Exchanger Components

Ruffled Inserts for HEP® Heat Exchanger (Insert-RUF)

Technology: Heat Exchanger Components

YSZ-8 Substrate Buttons (YSZ-Sub)

Technology: SOFC Anode/Cathode Materials
Specs: 20, 25 and 35 mm

Hionic™ Support Buttons (HIONIC-)

Technology: SOFC Anode/Cathode Materials
Specs: 20, 25, 28 and 32 mm disks

Single Electrode Cell - Cathode Side Only (SECC-)

Technology: SOFC Single Cell
Specs: 20, 25, 28 and 32 mm

Single Electrode Cell - Anode Side Only (SECA-)

Technology: SOFC Electrode Cell
Specs: 20, 25, 28 and 32 mm

NextCell™ Electrolyte Supported Cell, 10 cm square (NEXTCELL-10s)

Technology: SOFC Single Cell
Specs: 10 cm x 10 cm square cells with 9 cm x 9 cm active electrode areas, Zirconia-based Hionic electrolyte is 120 microns thick, LSM/LSM-GDC cathode system is 50 microns thick, Ni-YSZ/Ni-GDC anode system is 50 microns thick

NextCell™ Electrolyte Supported Cell, 5cm square (NEXTCELL-5S)

Technology: SOFC Button Cell
Specs: 5 x 5 cm Cells, 4 x 4 cm active area

Probostat™ High Temperature Electrochemical Test Fixture (Prob-TF)

Technology: SOFC Testing
Applications: Materials, solid/gas interface and electrode testing

Anode Supported Button Cell (ASC-)

Technology: SOFC Button Cell
Specs: 20 mm and 27 mm diameter button cells, NiYSZ-8 Anode thickness - 220-260 microns, YSZ-8 Electrolyte thickness - 6-10 microns, LSM/LSM-GDC Cathode thickness - 30-50 microns

Anode-Electrolyte Bilayers Button Cell (AEB-)

Technology: SOFC Anode Materials
Specs: 20 mm and 27 mm diameter button cells, NiYSZ-8 Anode thickness - 220-260 microns, YSZ-8 Electrolyte thickness - 6-10 microns

Manganese Cobaltite (MnCo2O4) Spinel Powder (MnCo2-P)

Technology: SOFC Interconnect Coating
Surface area: 4-8 m2/g
Particle size: d50 0.3 – 0.7 micrometers

Nickel Paste (Ni-I-50)

Technology: SOFC Anode Materials

Gold Ink (Au-I-10)

Gold Content: Minimum 70% by weight
Technology: SOFC Inks

Platinum Ink (Pt-I-10)

Platinum Content: Minimum 70% by weight
Technology: SOFC Inks

Silver Ink (Ag-I-10)

Formulation: Minimum 70 % Silver by weight

Silver Current Collecting Mesh (Ag-M40-100)

Technology: SOFC Interconnects
Dimensions: 40 x 40 mesh x 0.11 mm wire diameter, 100 mm square sheet.

Crofer 22 APU Interconnect Sheets (C22APUI-S)

Technology: SOFC Innterconnect Sheets
Dimensions: 100 mm x 100 mm, 170 mm x 170 mm

Nickel Metal Mesh for Current Collection (Ni-Mxx)

Technology: SOFC Interconnects
Dimensions: 40 x 40 mesh x 0.13 mm wire diameter, 100 mm square, 40 x 40 mesh x 0.13 mm wire diameter, 150 mm square

Alumina Slurry for Enhancing Sealing of AFS (ALSL-)

Technology: SOFC Sealing

Alumina Felt for Sealing (AFS-)

Technology: SOFC Sealing
Compressibility at 0.06 MPa (8 psi): ~20%
Density @0.06 MPa: 0.19 g/cc
Contain an organic binder ~5%
Maximum use temperature 1650°C

Flexible Mica Paper for Sealing (MPS-)

Technology: SOFC Sealing
Options: 170mm x 170mm x .50mm, 170mm x 170mm x .25mm, 100mm x 100mm x .50mm, 100mm x 100mm x .25mm

High Temperature SOFC Sealing Paste (CAP-552)

Applications: Recommended for gas-tight,hard-bonding SOFC cells to metals and ceramics and can be used in both button cell testing and stack development. It has the best rating for bonding to Ni-Fe metal alloys

Nickel Oxide-GDC Anode Powder for Coating Applications (NiGDC-P)

Technology: SOFC Anode Powder
Composition: 60% NiO - 40% GDC10 by weight
Surface Area: 4-8 m2/g

Nickel Oxide-SDC Anode Powder for Coating Applications (NiSDC-P)

Technology: SOFC Anode Powder
Composition: 60% NiO - 40% SDC20 by weight
Surface Area: 4-8 m2/g

Nickel Oxide-YSZ Anode Powder for Coating Applications (NiYSZ-P)

Technology: SOFC Anode Powder
Composition: 66% NiO - 34% YSZ8 by weight
Surface Area: 4-8 m2/g

Nickel Oxide-ScCeSZ Anode Powder for Coating Applications (NiScCeSZ)

Technology: SOFC Anode Powder
Composition: 66% NiO - 34% Sc10Ce1SZ by weight
Surface Area: 5-9 m2/g

Nickel Oxide-Sc10SZ Anode Powder for Coating Applications (NiSc10Sz)

Technology: SOFC Anode Powder
Composition: 66% NiO - 34% Sc10SZ by weight
Surface Area: 4-9 m2/g

Nickel Oxide-YSZ Anode Powder for General Applications (NiYSZ-TC)

Technology: SOFC Anode Powder
Composition: 60% NiO - 40% YSZ8 by weight
Surface Area: 1-4 m2/g

Ink Vehicle (VEH)

Applications: Reducing Ink/Paste viscosity for brush-painting, spraying or other reduced viscosity deposition methods

Nickel Oxide Powder Fine Grade (NiO-F)

Technology: SOFC Anode Powder Surface Area: 3-7 m2/g
Partial Size: d50 .5 - 1.5 micrometers

Nickel Oxide Powder Standard Grade (NiO-S)

Technology: SOFC Anode Powder
Surface Area: Not more than 1 m2/g
Partial Size: d50 12-22 microns

Lanthanum Strontium Manganite (20%) Cathode Powder (LSM20-P)

Technology: SOFC Cathode Powder
Formulation: La0.80 Sr0.20 Mn O3-
Surface area: 4-8 m2/g
Particle Size (d50): 0.3 to 0.6 µm

Lanthanum Strontium Cobalt Iron Oxide (LSCF-P) Cathode Powder

Technology: SOFC Cathode Powder
Formulation: La0.60 Sr0.40 Co0.20 Fe0.80 O3-
Surface area: 4-8 m2/g
Particle Size (d50): 0.3 to 0.6 µm

LSM20-GDC10 Composite Cathode Powder (LSMGDC-P)

Technology: SOFC Cathode Powder
Formulation: 50% by weight (La0.80 Sr0.20) Mn 03-x, 50% by weight (Ce0.9Gd0.1)O1.95
Surface area: 3-7 m2/g

Gadolinum Doped Ceria (10% Gd) 5 - 8 m2/g (GDC10-TC)

Technology: SOFC Electrolyte Powder
Formulation: Gd0.10 Ce0.90 O2-
Surface area: 5-8 m2/g
Particle Size (d50): 0.3 to 0.5 µm

Gadolinum Doped Ceria (20% Gd) 5 - 8 m2/g (GDC20-TC)

Technololy: SOFC Electrolyte Powder
Formulation: Gd0.10 Ce0.90 O2-
Surface area: 5-8 m2/g
Particle Size (d50): 0.3 to 0.5 µm

Samarium Doped Ceria (15% Sm) 5 - 8 m2/g (SDC15-TC)

Technology: SOFC Anode/Cathode Powder Formulation: Gd0.10 Ce0.90 O2-
Surface area: 5-8 m2/g
Particle Size (d50): 0.3 to 0.5 µm

Samarium Doped Ceria (20% Sm) 5 - 8 m2/g (SDC20-TC)

Technology: SOFC Anode/Cathode Powder
Formulation: Gd0.10 Ce0.90 O2-
Surface area: 5-8 m2/g
Particle Size (d50): 0.3 to 0.5 µm

Gadolinum Doped Ceria (10% Gd) 30 - 40 m2/g (GDC10-M)

Technology: SOFC Electrolyte Powder
Formulation: Gd0.10 Ce0.90 O2-
Surface area: 30-40 m2/g
Particle Size (d50): 0.3 to 0.5 µm

Gadolinum Doped Ceria (20% Gd) 30 - 40 m2/g (GDC20-M)

Technology: SOFC Electrolyte Powder
Formulation: Gd0.10 Ce0.90 O2-
Surface area: 30-40 m2/g
Particle Size (d50): 0.3-0.5 µm

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