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Nickel Oxide - GDC Anode Powder for Coating Applications

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Nickel Oxide - GDC Anode Powder for Coating Applications

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Nickel Oxide - GDC Anode Powder for Coating Applications Specification

Strength
High mechanical strength

Purity
99.9%

Hardness
55-65 HRC

Product Type
Anode Powder

Material
Nickel Oxide & Gadolinium Doped Ceria

Alloy
Non-alloy

Shape
Powder

Moisture
<0.5%

Chemical Composition
NiO, Gadolinium Doped Ceria (GDC) blend

Application
Coating Applications; Solid Oxide Fuel Cell (SOFC) anode; Conductive coating

Dimension (L*W*H)
Customizable as per requirement

Color
Gray

Particle Size
Submicron to micron range

Packing Type
Vacuum-sealed/air-tight containers

Shelf Life
24 months under proper storage conditions

Grade
Industrial high-purity grade

Melting Point
1980C (Nickel Oxide)

Customization
Available as per user specification

Reactivity
Stable in oxidizing environments

Surface Area
High BET surface area

Electrical Conductivity
Suitable for electrochemical anode applications

Thermal Stability
High thermochemical stability under fuel cell conditions

Nickel Oxide - GDC Anode Powder for Coating Applications Trade Information

Payment Terms
Paypal

Delivery Time
15 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About Nickel Oxide - GDC Anode Powder for Coating Applications

NickelOxide - GDC Anode Powder for Coating Applications

ProductCode: 6211728

Thiscomposite powder of Nickel Oxide and 10 mole% Gadolinium Doped Ceria is acatalytically active anode powder great for use with ceria or zirconia basedelectrolyte systems. This powder is well suited for using in tape casting, ink manufacturing, pellet pressing and other non-aqueous manufacturing processes.

Sincethis Nickel Oxide GDC Anode Powder is a mixed component powder we do not have aparticle size specification. This powder uses NiO-F, NiO-S, GDC10-TC, and GDC10-M as its components. The powders particle size distribution will be bimodal once processing is complete.

This anode powder has been created forSolid Oxide Fuel Cell (SOFC) applications in mind.

Technical Specifications:

Formulation: 60% by weight NiO and 40% by weight Gd_0.10Ce_0.90O_2-X
After Reduction: 48.9 vol% NiO and 51.1 vol% Gd_0.10Ce_0.90O_2-X
Surface Area: 4 - 8 m/g

Engineered for High Performance in Coating Applications

Our Nickel Oxide - GDC Anode Powder is specifically designed for state-of-the-art coating and SOFC anode applications. With superior thermal and mechanical stability, and high electrical conductivity, it excels under demanding operating conditions, ensuring reliable, long-lasting performance in both laboratory and industrial environments.

Customized to Meet Specialized Requirements

We cater to the diverse needs of researchers and manufacturers by offering customizable options for powder dimensions, surface area, and packing as per your specifications. Every batch is packaged in vacuum-sealed or air-tight containers to maintain its purity and quality throughout its 24-month shelf life.

FAQs of Nickel Oxide - GDC Anode Powder for Coating Applications:

Q: How is the Nickel Oxide - GDC Anode Powder typically used in coating applications?

A: The powder is primarily utilized as a conductive coating material and as an anode in solid oxide fuel cells (SOFCs), providing high electrical conductivity and chemical stability under harsh conditions.

Q: What benefits does the high BET surface area offer in electrochemical applications?

A: A high BET surface area enhances the electrochemical reaction rates, leading to improved efficiency and performance in fuel cell and coating applications.

Q: When should the powder be applied after opening its vacuum-sealed container?

A: It is recommended to use the powder promptly after opening to avoid contamination and moisture absorption, ensuring optimal performance during application.

Q: Where can this high-purity Nickel Oxide - GDC blend be sourced in the United States?

A: This product is available through a network of authorized distributors, manufacturers, suppliers, and retailers throughout the United States.

Q: What is the process for customizing the powders properties for specialized projects?

A: Customization requests can be submitted with specifications such as particle size, dimension, and surface area. Our team works closely with clients to deliver tailored solutions that meet precise project requirements.

Q: How does the powder maintain stability under SOFC operating conditions?

A: The combination of Nickel Oxide and Gadolinium Doped Ceria provides high thermochemical stability and maintains performance even at elevated temperatures up to 1980C, making it suitable for fuel cell environments.

Q: What is the benefit of the products high mechanical strength and hardness?

A: The notable hardness of 55-65 HRC and high mechanical strength ensure structural integrity and durability, especially important in industrial coating and fuel cell applications.

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