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Electrolyte Supported Button Cell - 2cm Diam

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Electrolyte Supported Button Cell - 2cm Diam

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Electrolyte Supported Button Cell - 2cm Diam Specification

Purity
99.9% (ceramic electrolyte)

Strength
Mechanical strength suitable for laboratory use

Hardness
High (ceramic grade)

Product Type
Electrolyte Supported Button Cell

Material
YSZ ceramic

Alloy
None (ceramic solid electrolyte)

Shape
Button (circular disc)

Moisture
<0.5%

Chemical Composition
YSZ (Yttria Stabilized Zirconia)

Application
SOFC research, electrochemistry testing, lab-scale fuel cell development

Dimension (L*W*H)
Diameter: 2 cm, Thickness: ~1.5 mm

Color
White

Surface Finish
Smooth, polished

Porosity
Dense, non-porous electrolyte

Electrolyte Thickness
1.4 mm

Thermal Expansion Coefficient
~10.5 x 10^-6 K^-1

Conductivity (at 800°C)
0.1 S/cm

Packaging
Individual plastic case in desiccant-sealed pouch

Shelf Life
24 months in sealed packaging

Electrode Configuration
No electrodes supplied; electrolyte disk only

Operating Temperature Range
Up to 1000°C

Density
~6.0 g/cm³

Sample Origin
Lab-manufactured

Compatibility
Suitable for SOFC laboratory testing and sensor development

Weight
Approx. 2.1 g

Electrolyte Supported Button Cell - 2cm Diam Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About Electrolyte Supported Button Cell - 2cm Diam

ElectrolyteSupported Button Cell - 2cm Diam

ProductCode: 6201604

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

Engineered for Advanced SOFC Research

The button cell features a ceramic-grade, dense YSZ electrolyte disc, purpose-built for solid oxide fuel cell (SOFC) testing and electrochemical evaluation in research environments. Its non-porous structure delivers consistent ionic conductivity, stability at high temperatures, and reliable mechanical strength.

Premium Quality Material and Finish

Manufactured from 99.9% pure YSZ ceramic, this lab-grade electrolyte disc exhibits high hardness and a smooth, polished surface. The high purity ensures reproducible performance and limits contamination during sensitive experiments.

Secure and Practical Packaging

Every button cell is delivered in its own desiccant-sealed plastic case, maintaining its integrity during storage and transit. This packaging preserves its 24-month shelf life and protects it from environmental moisture and contaminants.

FAQs of Electrolyte Supported Button Cell - 2cm Diam:

Q: How should the Electrolyte Supported Button Cell be handled and prepared for laboratory testing?

A: Handle the button cell using clean tweezers or gloves to prevent contamination. Prepare the surface for electrode application according to your test requirements, as no electrodes are supplied. Ensure the cell remains in its desiccant-sealed pouch until ready for use to maintain optimal conditions.

Q: What benefits does YSZ material offer for SOFC research and electrochemistry testing applications?

A: YSZ (Yttria Stabilized Zirconia) provides excellent ionic conductivity at elevated temperatures, outstanding chemical stability, and high mechanical strength. Its dense, non-porous nature makes it ideal for use as an electrolyte in solid oxide fuel cells and research sensors.

Q: When is it recommended to use this button cell in experiments?

A: This button cell is suitable whenever high-temperature electrochemical performance and reliable ionic conduction are required, such as during SOFC component testing, lab-scale fuel cell development, or sensor validation.

Q: Where is this product manufactured, and can it be sourced within the United States?

A: These electrolyte discs are lab-manufactured and are available through various distributors, retailers, manufacturers, suppliers, and traders within the United States.

Q: What is the process for incorporating electrodes onto the button cell for use?

A: Since the product is supplied as an electrolyte disk only, users must apply their own electrodes. This typically involves surface cleaning, contacting, and firing appropriate electrode material onto the polished YSZ surface following standard laboratory procedures.

Q: How long can the button cell be stored, and what are the storage recommendations?

A: The discs have a shelf life of 24 months when kept in their original sealed desiccant packaging. Store in a dry, cool place to prevent moisture absorption and preserve electrolyte performance.

Q: What is the main advantage of the cells dense, non-porous electrolyte structure?

A: A dense, non-porous YSZ electrolyte ensures minimal gas crossover and stable ionic transport, leading to more reproducible and accurate results in SOFC, electrochemistry, and sensor research.

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