Mo2TiC Max Phase Powder

400 INR/Gram

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Product Details:

Shape Powder
Form Loose powder
Density 7.5 Gram per cubic centimeter(g/cm3)
Melting Point 2100 C (approx)
Purity >99%
Boiling point Not applicable (decomposes)
Other Names Mo2TiC, Mo2TiC2
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Mo2TiC Max Phase Powder Price And Quantity

Price 400 INR/Gram
Minimum Order Quantity 1 Gram

Thermal Conductivity High
Surface Area High specific surface area
Customization Available as per customer specification
Stability Chemically stable; stable in inert atmosphere
Crystal Structure Hexagonal (P6_3/mmc)
Shelf Life 2 years (if stored properly)
Electrical Conductivity High
Synthesis Method Solid-state reaction / Self-propagating high-temperature synthesis
Packaging Vacuum sealed or double polyethylene bags
Particle Size 1-5 m (customizable)
Magnetism Non-magnetic
Color Grey-black

Mo2TiC Max Phase Powder Product Specifications

Boiling point Not applicable (decomposes)
Smell Odorless
Purity >99%
Grade Industrial and research grade
Other Names Mo2TiC, Mo2TiC2
Taste Odorless
Chemical Name Molybdenum titanium carbide
Type MAX Phase ceramic powder
Main Material Molybdenum titanium carbide
Classification Transition metal carbide
Shape Powder
Molecular Formula Mo2TiC
Form Loose powder
Ph Level Neutral
Melting Point 2100 C (approx)
Solubility Insoluble in water
Density 7.5 Gram per cubic centimeter(g/cm3)
Usage Industrial, Laboratory research, Synthesis of MXenes
Application Refractory materials, Electrical conductivity, Catalysis, Battery electrodes, Advanced ceramics
Molecular Weight 259.78 g/mol
Structural Formula Layered hexagonal
Standard Analytical/Industrial grade
HS Code 28499090
Poisonous Yes
Storage Store in a cool, dry place, tightly sealed

Thermal Conductivity High
Surface Area High specific surface area
Customization Available as per customer specification
Stability Chemically stable; stable in inert atmosphere
Crystal Structure Hexagonal (P6_3/mmc)
Shelf Life 2 years (if stored properly)
Electrical Conductivity High
Synthesis Method Solid-state reaction / Self-propagating high-temperature synthesis
Packaging Vacuum sealed or double polyethylene bags
Particle Size 1-5 m (customizable)
Magnetism Non-magnetic
Color Grey-black

Product Description

Experience a transcendent leap in material science with the champion of advanced ceramics-Mo2TiC Max Phase Powder. This world-class, promotion-highlighted powder combines reduced price with premium quality for discerning industrial and laboratory users. Created from molybdenum titanium carbide, it offers a high specific surface area, hexagonal (P6_3/mmc) crystal structure, and superior thermal and electrical conductivity. Chemically stable and non-magnetic, it is ideal for refractory materials, battery electrodes, catalysis, and MXenes synthesis. Tailoring options and vacuum-sealed packaging guarantee optimal performance and reliability.

Highlighted Applications and Competitive Advantages

Mo2TiC Max Phase Powder demonstrates exceptional performance in refractory materials, battery electrodes, catalysis, advanced ceramics, and MXenes synthesis. Its primary competitive advantages include customizable particle size, outstanding thermal and electrical conductivity, and high chemical stability under inert conditions. The powder's application is straightforward-simply disperse or blend it within your desired matrix or process stream in industrial or laboratory settings. This combination of versatility and performance secures Mo2TiC's position as a preferred choice in world-class material innovation.

Sample Policy, Valuation, and Efficient Dispatching

Mo2TiC Max Phase Powder samples are offered under a transparent valuation policy, promoting confident purchasing decisions. Orders are swiftly dispatched, with packaging conducted in either vacuum-sealed containers or double polyethylene bags to maintain integrity during transit. Delivery is prompt and reliable, ensuring product reaches you in pristine condition. With robust supply capabilities and flexible order volumes, manufacturers, researchers, and industrial clients can count on consistent availability and efficient logistics support for their ongoing project needs.

FAQ's of Mo2TiC Max Phase Powder:

Q: How can I customize Mo2TiC Max Phase Powder to meet my specific application requirements?

A: Mo2TiC Max Phase Powder is available with customizable particle sizes (1-5 m or as requested) and packaging options. Contact the supplier to discuss your specifications, and the product can be tailored accordingly.

Q: What are the typical usage scenarios and application methods for this powder?

A: This powder is primarily used in refractory materials, battery electrodes, advanced ceramics, catalysis, and for MXenes synthesis. Application involves blending, dispersing, or incorporating it into relevant industrial or laboratory processes depending on the end-use.

Q: When can I expect my order of Mo2TiC Max Phase Powder to be delivered?

A: Orders are typically processed and dispatched promptly after confirmation, with delivery timelines depending on your location and order size. Standard packaging ensures the product remains stable during transit.

Q: Where should Mo2TiC Max Phase Powder be stored for optimal shelf life?

A: For maximum shelf life of up to two years, it should be stored tightly sealed in a cool, dry place, away from moisture and direct sunlight.

Q: What are the main benefits of using Mo2TiC Max Phase Powder in industrial applications?

A: The primary benefits are its high thermal and electrical conductivity, chemical stability, and suitability for cutting-edge applications such as advanced ceramics and battery electrodes, giving users a competitive advantage.

Q: How does purchasing samples work and what valuation process is followed?

A: Sample requests are evaluated based on quantity and customization needs. The supplier offers transparent pricing so that buyers can make informed decisions before placing bulk orders.

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