Ti2N Mxene Powder

350 INR/Gram

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Product Details:

Poisonous Yes
Solubility Insoluble in water, soluble in some organic solvents
Smell Odorless
Taste Odorless and tasteless
Form Powder
Molecular Formula Ti2N
Ph Level Neutral (7) in dispersion
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Ti2N Mxene Powder Price And Quantity

Minimum Order Quantity 1 Gram
Price 350 INR/Gram

Ti2N Mxene Powder Product Specifications

Structural Formula Layered 2D MXene structure
HS Code 28259090
Classification Inorganic compound
Purity >99%
Shape 2D flakes / lamellar
Density 4.9 Gram per cubic centimeter(g/cm3)
Melting Point 2470C (approximate for Ti2N)
Other Names Ti2N MXene Powder, Titanium Nitride MXene
Type Powder
Usage Research, battery and energy material additive, advanced electronics
Standard Laboratory standard / Custom specification
Storage Store in dry, cool, and inert atmosphere, tightly sealed
Main Material Titanium Nitride MXene (Ti2N)
Molecular Formula Ti2N
Taste Odorless and tasteless
Form Powder
Application Electrochemical energy storage, supercapacitors, lithium-ion batteries, electromagnetic interference shielding, sensors
Smell Odorless
CAS No None specifically assigned for Ti2N MXene
Grade Research Grade
Solubility Insoluble in water, soluble in some organic solvents
Poisonous Yes
Molecular Weight 95.76 g/mol
Chemical Name Titanium Nitride MXene
EINECS No None assigned
Ph Level Neutral (7) in dispersion

Color Gray to black
Production Method Etching followed by delamination
Oxidation Resistance Moderate
Shelf Life 24 months in proper storage
Particle Size 100 nm 5 m (varies by batch)
Surface Area >10 m/g
Electrical Conductivity High
Substrate Compatibility Compatible with polymers, ceramics, metal substrates
Crystallinity High, multilayered structure
Layer Thickness Single to few layers (can be exfoliated)

Product Description

Jump on the opportunity to utilise the eminent Ti2N MXene Powder-an ace in the advanced materials arena. With a rarefied multilayered structure, high crystallinity, and extraordinary conductivity, this powder boasts versatility for electrochemical energy storage, supercapacitors, lithium-ion batteries, and sensors. Available in gray to black 2D flakes with particle sizes from 100 nm to 5 m, it's compatible with polymers, ceramics, and metals. Enjoy a shelf life of 24 months, neutral pH, and unmatched purity (>99%). Take advantage of our research-grade Ti2N MXene Powder to elevate your innovations.

Competitive Edge & Advanced Applications of Ti2N MXene Powder

Take advantage of Ti2N MXene Powder's competitive qualities: high conductivity, multilayered design, and adaptability with various substrates. Utilise this research-grade material in energy storage, battery components, advanced electronics, electromagnetic interference shielding, and sensors. Its rarefied structure ensures high surface area (>10 m2/g), while single to few-layer flakes increase its potential for ground-breaking applications. Trusted by eminent researchers, this powder delivers reliable results for your projects and technological advancements.

Payment, Sample Policy & Global Export Terms for Ti2N MXene Powder

Experience quick dispatch and express shipping with every Ti2N MXene Powder order. We accommodate flexible payment terms tailored to your purchasing comfort. Samples can be provided upon request, ensuring you can evaluate quality before bulk orders. With reliable freight solutions, we deliver worldwide, especially to key export markets such as Canada, the US, and Europe. Whether you are a wholesaler, manufacturer, or researcher, your order is efficiently handled for utmost satisfaction.

FAQ's of Ti2N Mxene Powder:

Q: How should Ti2N MXene Powder be stored for maximum shelf life?

A: Ti2N MXene Powder should be stored in a tightly sealed container within a cool, dry, and inert atmosphere to maintain its shelf life of up to 24 months.

Q: What are the primary applications of Ti2N MXene Powder?

A: Ti2N MXene Powder is mainly used in electrochemical energy storage, supercapacitors, lithium-ion batteries, electromagnetic interference shielding, and advanced sensor technologies.

Q: When is Ti2N MXene Powder most beneficial in research and industry?

A: This powder is most beneficial when high electrical conductivity, multilayered 2D structure, and compatibility with various substrates are essential requirements for your research or industrial projects.

Q: Where can Ti2N MXene Powder be used as an additive?

A: It can be utilised as an additive in battery fabrication, energy storage devices, and advanced electronic materials, enhancing their performance and durability.

Q: What is the process of producing Ti2N MXene Powder?

A: Ti2N MXene Powder is produced by etching followed by delamination, resulting in high-crystallinity, layered 2D flakes suited for research-grade applications.

Q: How does Ti2N MXene Powder benefit electromagnetic interference shielding?

A: Thanks to its high electrical conductivity and layered structure, Ti2N MXene Powder significantly boosts the effectiveness of electromagnetic interference shielding in electronics environments.

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