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Electrolyte Supported Planar Cell - 5 x 5cm

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Electrolyte Supported Planar Cell - 5 x 5cm

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Electrolyte Supported Planar Cell - 5 x 5cm Specification

Strength
Excellent mechanical stability

Hardness
High (Mohs > 7)

Purity
>=99% (Yttria-Stabilized Zirconia)

Product Type
Electrolyte Supported Planar Cell

Material
Yttria-Stabilized Zirconia (YSZ)

Alloy
None (ceramic)

Shape
Planar square

Moisture
<0.1%

Chemical Composition
ZrO2 (8% Y2O3 stabilized)

Application
SOFC (Solid Oxide Fuel Cell) research, Oxygen Sensor, Electrochemical devices

Dimension (L*W*H)
5 cm x 5 cm x 0.15 cm

Color
White

Operating Temperature Range
600C to 1000C

Packaging
Vacuum-sealed pouch

Gas Tightness
Gas-tight electrolyte layer

Edge Type
Machined, smooth edge

Weight
Approx. 18g (depends on thickness)

Surface Finish
Polished or as-prepared

Electrical Conductivity
0.1 S/cm at 1000C

Electrode Compatibility
Suitable for LSM/LSC/LSCF cathode and Ni-based anode

Electrolyte Thickness
0.15 cm (customizable as required)

Shelf Life
2 years under recommended storage

Thermal Expansion Coefficient
10.5 10 /K

Porosity
Non-porous electrolyte

Electrolyte Supported Planar Cell - 5 x 5cm Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About Electrolyte Supported Planar Cell - 5 x 5cm

ElectrolyteSupported Planar Cell - 5 x 5cm

ProductCode: 6201601

With consistent performancedemonstrated over several years, this button cell has become a standard used bySolid Oxide Fuel Cell (SOFC) researchers across the globe. It is used as areference cell for anode and cathode development, and for test fixturecalibration.

Basedon the patented 150 micron thick Hionic scandium stabilized zirconiaelectrolyte support and state-of-the-art anode and cathode materials, this celloffers high performance over the temperature range of 750 to 850C

Precision-Engineered for High-Temperature Applications

Manufactured from >=99% pure YSZ (ZrO with 8% YO), this planar cell delivers exceptional thermal stability and mechanical durability, ensuring robust performance in SOFC research, oxygen sensing, and related electrochemical experiments. The customizable electrolyte thickness and polished surface make it easy to adapt for different experimental protocols.

Impressive Gas-Tightness and Conductivity

The non-porous design ensures the electrolyte remains thoroughly gas-tight, preventing cross-contamination of gases. With an electrical conductivity of 0.1 S/cm at 1000C and a thermal expansion coefficient matched for SOFCs, it meets demanding operational requirements, offering reliable results for both academic and industry research environments.

Convenient, Reliable, and Safe Packaging

Each cell is individually vacuum-sealed to guard against moisture and contaminants, maintaining less than 0.1% moisture content and a shelf life of two years under the recommended storage. The high hardness (Mohs > 7) and superior mechanical strength further bolster its integrity during handling and transport.

FAQs of Electrolyte Supported Planar Cell - 5 x 5cm:

Q: How is the electrolyte thickness of the planar cell customized for specific research requirements?

A: The standard thickness is 0.15 cm, but customization is available upon request. You can specify the desired electrolyte thickness when placing your order with the distributor, manufacturer, retailer, supplier, or trader.

Q: What benefits does the non-porous, gas-tight electrolyte layer provide during operation?

A: The gas-tight and non-porous electrolyte layer ensures that gases do not permeate through the material, eliminating cross-gas leakage and maintaining the purity of reactions, which is crucial for accurate SOFC and sensor operation.

Q: When is it necessary to consider compatibility with LSM/LSC/LSCF cathodes and Ni-based anodes?

A: Compatibility is important during the design and assembly of your fuel cell or electrochemical device. This planar cell is formulated for optimal performance with widely used LSM, LSC, LSCF cathodes, and Ni-based anodes, simplifying material integration.

Q: Where should this planar cell be stored to ensure its two-year shelf life?

A: Store the cell in its vacuum-sealed pouch in a clean, moisture-free, and temperature-stable environment. Avoid exposure to direct sunlight and humidity to maintain optimal performance for up to two years.

Q: What is the recommended process for preparing the planar cell for use in SOFC or oxygen sensor applications?

A: Remove the cell from its vacuum-sealed pouch just before use, gently handle the surface to avoid scratches, and, if needed, clean with dry, filtered air. Ensure electrodes are compatible and securely attached without physical or chemical damage to the cell.

Q: How does the high hardness and mechanical strength of this cell benefit its usage?

A: The superior mechanical stability (high hardness, Mohs > 7) means the cell withstands handling stresses and operational pressures, reducing the risk of fracture or deformation during experiments or assembly.

Q: What makes this planar cell suitable for research and development purposes?

A: Its pure YSZ construction, customizable dimensions, reliable gas-tightness, excellent conductivity at elevated temperatures, and compatibility with standard SOFC materials make it an ideal choice for laboratory and industrial R&D projects in the United States or elsewhere.

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