Ti2GaC Max Phase Powder

550 INR/Gram

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Product Details:

Boiling point Not determined
Melting Point 2300C (approximate)
Smell Odorless
Other Names Ti2GaC, MAX Phase Ti2GaC
Structural Formula Layered hexagonal crystal structure
Refractive Rate Not determined
Purity 99%
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Ti2GaC Max Phase Powder Price And Quantity

Price 550 INR/Gram
Minimum Order Quantity 1 Gram

Ti2GaC Max Phase Powder Product Specifications

Type Powder
Molecular Formula Ti2GaC
Storage Store in a cool, dry place
Form Powder (solid)
Taste Odorless
Density 4.8 Gram per cubic centimeter(g/cm3)
Classification MAX Phase Ceramic
Grade High purity laboratory grade
Application Materials research, Thermoelectric materials, Supercapacitors, Energy storage, Electronic devices
HS Code 28539090
Main Material Titanium Gallium Carbide (Ti2GaC)
Molecular Weight 193.61 g/mol
CAS No Not assigned
Usage Used in labs, material science, R&D, and industrial synthesis
Shape Powder
Smell Odorless
Structural Formula Layered hexagonal crystal structure
Other Names Ti2GaC, MAX Phase Ti2GaC
Refractive Rate Not determined
Standard Material purity conforming to industrial/lab standards
Poisonous Yes
Purity 99%
Solubility Insoluble in water
Chemical Name Titanium Gallium Carbide
Boiling point Not determined
Melting Point 2300C (approximate)

Thermal Stability Stable up to 700°C in air
Moisture Content <0.1%
Surface Area 8-15 m²/g
Impurities <1%
Color Grey to black
Preparation Method Solid-State Reaction/Sintering
Shelf Life 24 months
Particle Size Average 1-5 µm
Packing Sealed container
Magnetic Properties Non-magnetic
Crystal Structure Hexagonal (P63/mmc)
Electrical Conductivity High

Product Description

Find exceptional performance with Ti2GaC Max Phase Powder, crafted for advanced materials research, energy storage, and supercapacitor applications. This imposing and radiant laboratory-grade powder features a polished hexagonal crystal structure and offers competitive pricing for bulk or individual needs. Its average particle size of 1-5 m, high electrical conductivity, and stability up to 700C in air make it both reliable and versatile. Packaged in sealed containers, with a 24-month shelf life and less than 1% impurity, add to cart for pure, peerless results in demanding R&D settings.

Applications: Innovation In Every Particle

Ti2GaC Max Phase Powder excels in plant-based processes and commercial applications such as supercapacitors, energy storage systems, and advanced electronic devices. Its robust, non-poisonous nature allows for safe usage in laboratories and industrial-scale syntheses. Widely adopted in materials research and R&D, it proves indispensable for developing cutting-edge thermoelectric materials within scientific and industrial environments, serving as a key resource for dealers, exporters, and manufacturers.

Delivery, Exchange, and Competitive Outlay

Experience swift delivery times and flexible sample policies for Ti2GaC Max Phase Powder-enabling trial before full procurement. Certificates ensuring industrial and laboratory-grade purity accompany every order. We guarantee prompt exchanges in case of discrepancies, ensuring satisfaction with the lowest price outlay in the Canadian market. Certified suppliers prioritize quality assurance and value, providing the best options for retailers, producers, and importers alike.

FAQ's of Ti2GaC Max Phase Powder:

Q: How stable is Ti2GaC Max Phase Powder under high temperatures?

A: Ti2GaC Max Phase Powder remains thermally stable up to 700C in air, making it suitable for applications requiring substantial heat resistance.

Q: What are the main commercial uses of Ti2GaC Max Phase Powder?

A: Primary uses include materials research, thermoelectric material development, production of supercapacitors, energy storage solutions, and various electronic devices.

Q: Where should Ti2GaC Max Phase Powder be stored for maximum shelf life?

A: Store the powder in a sealed container in a cool, dry place to ensure its 24-month shelf life and maintain purity.

Q: What is the chemical composition and structure of Ti2GaC Max Phase Powder?

A: Ti2GaC Max Phase Powder comprises Titanium Gallium Carbide with a hexagonal (P63/mmc) layered crystal structure, and a molecular weight of 193.61 g/mol.

Q: What are the benefits of using Ti2GaC Max Phase Powder in research and industry?

A: It offers high electrical conductivity, thermal stability, and purity, supporting innovation in materials development, energy storage, and advanced R&D activities.

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