Ta4AlC3 MAXene Powder

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Product Details:

Grade Industrial Grade
Usage & Applications Conductive coatings, batteries, energy storage, scientific research, supercapacitors, high-temperature structural applications
Melting Point ~2200C
Purity(%) >99%
Metal Type Tantalum-based MAX Phase
Particle Size 1-10 m
Product Type MAXene Powder
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Ta4AlC3 MAXene Powder Product Specifications

Size Customizable
Metal Type Tantalum-based MAX Phase
Particle Size 1-10 m
Weight As per order
Dimension (L*W*H) N/A (provided as powder)
Shape Powder
Grade Industrial Grade
Color Gray to black
Material Tantalum Aluminum Carbide (Ta4AlC3)
Chemical Composition Ta4AlC3
Product Type MAXene Powder
Melting Point ~2200C
Purity(%) >99%
Density 9.5 Gram per cubic centimeter(g/cm3)
Usage & Applications Conductive coatings, batteries, energy storage, scientific research, supercapacitors, high-temperature structural applications

Ta4AlC3 MAXene Powder Trade Information

Payment Terms Telegraphic Transfer (T/T), Western Union, Paypal
Supply Ability 50000 Per Month
Delivery Time 10 Days
Main Export Market(s) Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, Africa
Main Domestic Market All India

Product Description

Discover the eminently decorated Ta4AlC3 MAXene Powdera popular choice in advanced material science. As a transcendent, high-purity tantalum aluminum carbide (Ta4AlC3) with crystallographic hexagonal structure, it offers remarkable electrical conductivity and superior thermal stability. With a moisture content below 0.2% and a surface area of ~8-12 m/g, this industrial-grade powder is perfect for premium conductive coatings, batteries, and energy storage. Secure your offer today; its your last chance to access this exclusive, customizable MAX phase material at the forefront of innovation.

Versatile Use and Features of Ta4AlC3 MAXene Powder

Ta4AlC3 MAXene Powder stands as an industrial-grade solution suited for scientific research, conductive coatings, batteries, energy storage, and supercapacitors. Its application is facilitated by the fine, layered powder form, ensuring smooth integration into your process. The materials high purity, exceptional electrical conductivity, and stability under proper storage make it ideal for high-temperature and advanced electronic applications, offering reliability where eminent performance is paramount.

FOB Port, Packaging, and Export Market for Ta4AlC3 MAXene Powder

Outlay for Ta4AlC3 MAXene Powder includes premium packaging in sealed bottles or containers designed to preserve quality. We offer this material primarily through FOB Indian ports, optimizing logistics for global clients. Major export markets encompass Asia, Europe, and North America, ensuring international access to this last chance, high-demand product. Avail exclusive export offers and benefit from a trusted delivery network that meets the evolving needs of discerning buyers worldwide.

FAQs of Ta4AlC3 MAXene Powder:

Q: How should Ta4AlC3 MAXene Powder be stored for maximum stability?

A: Store Ta4AlC3 MAXene Powder in a cool, dry, and airtight container to ensure stability and maintain its low moisture content. Avoid exposure to humidity and high temperatures to preserve quality.

Q: What applications are suitable for Ta4AlC3 MAXene Powder?

A: This powder is ideal for conductive coatings, batteries, energy storage devices, supercapacitors, high-temperature structural uses, and scientific research due to its high conductivity and stability.

Q: When does Ta4AlC3 MAXene Powder expire?

A: The powder maintains its properties for up to 12 months if stored under recommended conditions in sealed, airtight packaging.

Q: Where is Ta4AlC3 MAXene Powder exported from?

A: Ta4AlC3 MAXene Powder is primarily exported from India, with main export FOB ports located within major Indian shipping hubs.

Q: What is the production process for Ta4AlC3 MAXene Powder?

A: It is produced via a solid-state reaction process followed by HF etching, resulting in a highly pure and structurally stable material.

Q: How does high electrical conductivity benefit its usage?

A: The powders high electrical conductivity makes it particularly advantageous for energy storage, batteries, and electronic applications where efficient charge transfer is essential.

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