Ta4C3 Mxene Powder

400 INR/Gram

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Product Details:

Form Layered Powder
Solubility Insoluble in water; dispersible in polar solvents
Melting Point Not Determined
Other Names Ta4C3
Shape Powder
HS Code 28539010
Storage Store in dry, inert, and sealed container
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Ta4C3 Mxene Powder Price And Quantity

Minimum Order Quantity 1 Gram
Price 400 INR/Gram

Compatible Solvents Water, ethanol, DMF
Synthesis Method Selective etching of Ta4AlC3 precursor
Crystallinity High
Surface Area 220-350 m/g
Shelf Life 12 months under recommended storage conditions
Color Black to dark gray
Particle Size 20 nm 40 nm
Packaging Vacuum-sealed bottle
Electrical Conductivity Excellent
Moisture Content <0.2%
Thermal Stability Stable up to 800C in inert atmosphere

Ta4C3 Mxene Powder Product Specifications

Main Material Ta4C3 MXene
Other Names Ta4C3
Melting Point Not Determined
Structural Formula Layered 2D Ta4C3
Boiling point Not Established
Grade Research Grade
Form Layered Powder
Classification Transition Metal Carbide
Type MXene Powder
Solubility Insoluble in water; dispersible in polar solvents
Molecular Weight 599.63 g/mol
Density 6.7 Gram per cubic centimeter(g/cm3)
Poisonous Yes
Chemical Name Tantalum Carbide MXene
Standard Analytical Grade
Molecular Formula Ta4C3
Storage Store in dry, inert, and sealed container
Usage Advanced material research, thin film deposition, electronic devices
HS Code 28539010
Application Energy storage, supercapacitors, catalysis, electromagnetic shielding, sensors
Shape Powder
Smell Odorless
Purity >98%

Compatible Solvents Water, ethanol, DMF
Synthesis Method Selective etching of Ta4AlC3 precursor
Crystallinity High
Surface Area 220-350 m/g
Shelf Life 12 months under recommended storage conditions
Color Black to dark gray
Particle Size 20 nm 40 nm
Packaging Vacuum-sealed bottle
Electrical Conductivity Excellent
Moisture Content <0.2%
Thermal Stability Stable up to 800C in inert atmosphere

Product Description

Discover the invincible Ta4C3 MXene Powder, designed for top-tier performance in advanced material research. Boasting a particle size of 20 nm - 40 nm and exceptional crystallinity, this brilliant powder shines with high electrical conductivity and spectacular thermal stability up to 800C in inert conditions. With a surface area of 220-350 m2/g and purity exceeding 98%, it is perfect for energy storage, supercapacitors, sensors, and catalysis. Find the best price for this research-grade tantalum carbide, crafted for those seeking innovative solutions in demanding applications.

Spectacular Applications and Versatile Integration

Ta4C3 MXene Powder elevates performance across energy storage devices, supercapacitors, catalysis, electromagnetic shielding, and sensor technologies. Highly dispersible in polar solvents, its layered structure is ideal for thin film deposition and integration into electronic devices. Researchers and engineers appreciate its outstanding electrical conductivity and thermal resilience, facilitating application in a range of scientific and industrial sectors. The powder's adaptability allows precise application and rapid dispersal, ensuring optimal results in every project.

Canada's Top Choice for Secure Supply Solutions

Serving Canada's main domestic market, Ta4C3 MXene Powder is readily available for bulk and specialized orders. With quick dispatch and secure, vacuum-sealed packaging, customers enjoy safe and express shipping nationwide. Flexible payment terms and consistent supply ability guarantee seamless sourcing for dealers, exporters, and manufacturers. Our reliable logistics ensure pristine material quality, giving traders, retailers, and wholesalers confidence in every shipment of this research-grade product.

FAQ's of Ta4C3 Mxene Powder:

Q: How should Ta4C3 MXene Powder be stored for maximum shelf life?

A: Ta4C3 MXene Powder should be stored in a dry, inert, and tightly sealed container to maintain its 12-month shelf life and preserve its exceptional properties.

Q: What are the key commercial uses of Ta4C3 MXene Powder?

A: This powder is utilized in energy storage systems, supercapacitors, catalysis, electromagnetic shielding, sensors, advanced research, and thin film deposition for electronic devices.

Q: Where does Ta4C3 MXene Powder excel most in research and industry?

A: It excels in applications demanding high electrical conductivity, thermal stability, and significant surface area, such as advanced energy storage, catalysis, and sensor-based technologies.

Q: What is the process for dispersing Ta4C3 MXene Powder?

A: Ta4C3 MXene Powder is insoluble in water but disperses effectively in polar solvents such as ethanol and DMF, making it suitable for incorporation into composites, films, and coatings.

Q: When can customers expect delivery in Canada?

A: With secure packaging and express shipping options, Ta4C3 MXene Powder can be dispatched quickly, ensuring timely delivery across Canada for all order sizes.

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