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Anode Electrolyte Planar Bi-Layer - 5 x 5cm

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Anode Electrolyte Planar Bi-Layer - 5 x 5cm

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Anode Electrolyte Planar Bi-Layer - 5 x 5cm Specification

Strength
High mechanical and ionic strength

Purity
99.9% (Metallic Components)

Hardness
Medium (application-dependent)

Product Type
Anode Electrolyte Bi-Layer Sheet

Material
Composite ceramic and solid-state electrolyte

Alloy
No alloy; distinct advanced ceramic/metallic and solid electrolyte layers

Shape
Planar (rectangular)

Moisture
0.5% (as packed)

Chemical Composition
Custom engineered anode layer + solid/state electrolyte layer

Application
Research, solid-state batteries, advanced electrochemical devices

Dimension (L*W*H)
5 x 5 cm (Thickness as per bi-layer configuration)

Color
Grey-White (bilayer visible)

Layer Bonding
Physical or chemical bonding, application specific

Surface Finish
Smooth, contamination-free, ready-to-use

Temperature Stability
Up to 300C (short duration); consult for compatibility

Porosity
Low (<5%)

Edge Profile
Flat, uncoated, machinable

Handling Precautions
Handle using gloves and tweezers; avoid direct contact

Packaging
Vacuum-sealed double pouch

Water Solubility
Insoluble in water

Customizability
Available in custom sizes and layer thickness

Storage Recommendations
Store in dry, inert atmosphere

Electrical Conductivity
High for anode region, ionic for electrolyte region

Anode Electrolyte Planar Bi-Layer - 5 x 5cm Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
Eastern Europe, Middle East, Central America, South America, Asia, North America

Main Domestic Market
All India

Anode Electrolyte Planar Bi-Layer - 5 x 5cm About

AnodeElectrolyte Planar Bi-Layer - 5 x 5cm

ProductCode: 6201614

Solid Oxide Fuel Cell (SOFC) Anode Electrolyte Planar Supported Bi-layer(AEB) cells are a great starting point for researchers wanting to work on lowtemperature cathode materials. The AEB offers a ceria interface for the cathodelayer to prevent zirconate formation

High-Performance Bi-Layer Anode Electrolyte

Engineered for cutting-edge applications, this bi-layer combines an advanced ceramic or metallic anode with a solid-state electrolyte. The result is strong ionic and electrical conductivity, high mechanical strength, and minimal porosity, making it ideal for research and commercial uses requiring precision and reliability.

Custom Design for Specialized Needs

Each Anode Electrolyte Planar Bi-Layer can be tailored in size and thickness to fit unique project specifications. Both layer bonding and chemical composition can be customized, allowing for compatibility with various electrochemical devices and research requirements.

Carefully Packaged and Easy to Handle

Delivered in vacuum-sealed, double pouches, the bi-layer arrives ready for immediate use. Its smooth, machinable flat edge profile supports easy integration into your device setup, while recommended handling with gloves and tweezers ensures contamination is prevented throughout your process.

FAQ's of Anode Electrolyte Planar Bi-Layer - 5 x 5cm:

Q: How should the Anode Electrolyte Planar Bi-Layer be handled during installation?

A: The bi-layer should be handled using gloves and tweezers to prevent contamination or damage. Avoid direct contact with the material, and only open the vacuum-sealed packaging immediately before use.

Q: What are the primary benefits of using this bi-layer in solid-state batteries or research devices?

A: This product offers high mechanical and ionic strength, low porosity (<5%), and exceptional electrical characteristics in the anode region, making it suitable for efficient, reliable performance in cutting-edge electrochemical applications.

Q: When is it necessary to consult for temperature compatibility beyond the 300C short-term limit?

A: For prolonged or repeated exposure to temperatures approaching or exceeding 300C, please consult our technical team to ensure compatibility and sustained performance for your intended application.

Q: Where should the Anode Electrolyte Planar Bi-Layer be stored to maintain its quality?

A: Store the product in a dry, inert atmosphere, keeping it vacuum-sealed in its original packaging until use. This prevents moisture uptake and maintains surface integrity.

Q: What customization options are available for the bi-layer's dimensions and material properties?

A: We provide custom sizing and layer thicknesses, as well as tailored chemical compositions and bonding types to match your specific application requirements.

Q: How can the bi-layer be integrated into my existing experimental setup?

A: The planar, rectangular design with flat, uncoated, machinable edges allows for precise fitting and secure integration within most research or industrial assemblies focused on solid-state electrochemical devices.

Q: What measures ensure the material's purity and contamination-free surface?

A: Each bi-layer is manufactured with 99.9% purity in metallic elements and packed under vacuum-sealed, double pouch conditions to keep the surface smooth and contamination-free until ready for use.

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