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Cr2GaC Max phase powder

Cr2GaC Max phase powder

650 INR/Gram

Product Details:

  • Other Names Dichromium Gallium Carbide, Cr-Ga-C MAX Phase
  • Boiling point Not applicable (solid at atmospheric pressure)
  • Purity >99%
  • Shape Powder
  • Poisonous Yes
  • Molecular Formula Cr2GaC
  • Melting Point >1500C (estimated)
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Cr2GaC Max phase powder Price And Quantity

  • 650 INR/Gram
  • 1 Gram

Cr2GaC Max phase powder Product Specifications

  • Insoluble in water
  • Chromium Gallium Carbide
  • Material research, high-temperature ceramics, coatings, MAX phase study
  • Research, sintering, additives in composites
  • Store in a cool, dry place, tightly sealed
  • Fine Powder
  • Laboratory Standard
  • 28499090
  • 7.0 Gram per cubic centimeter(g/cm3)
  • Layered hexagonal structure (MAX phase)
  • Inorganic Compound, Carbide, MAX Phase
  • Odorless
  • 235.78 g/mol
  • >1500C (estimated)
  • MAX Phase Powder
  • Cr2GaC
  • Yes
  • Powder
  • 2621759-43-8
  • Cr2GaC
  • >99%
  • Not applicable (solid at atmospheric pressure)
  • Research Grade
  • Dichromium Gallium Carbide, Cr-Ga-C MAX Phase
  • Provided upon purchase
  • Good
  • Hexagonal, P63/mmc
  • 40 micron
  • Stable under normal conditions
  • Solid-state reaction
  • Sealed bottle or container
  • Grey to dark grey
  • High, typical of MAX phases
  • Paramagnetic
  • 24 months from production if unopened

Product Description



Order now to access the brilliant qualities of Cr2GaC MAX phase powder - a noteworthy addition to your research and development efforts! This transcendent powder offers superb thermal and good electrical conductivity, with an estimated melting point above 1500C, making it ideal for high-temperature applications. Shop now during our sale to acquire fine, stable, and odorless powder (40 micron) for sintering, ceramic coatings, and advanced composite materials. Each batch is produced using a solid-state reaction, with guaranteed >99% purity and rigorous quality standards for research-grade reliability.

Versatile Applications and Material Advantages

Cr2GaC MAX phase powder is renowned in material research, advanced ceramics, and high-temperature coatings. Its primary usage is in research, sintering, and as an additive in composites. Noteworthy features include remarkable thermal conductivity, paramagnetic properties, and the structural brilliance of a hexagonal P63/mmc lattice. As a stable, water-insoluble compound, it supports transcendent performance, particularly for those exploring the forefront of MAX phase materials.


Packaging, Payment, and Delivery Information

The Cr2GaC MAX phase powder is handed over in sealed bottles or containers to ensure long shelf life and purity. Transportation is conducted securely, ensuring no compromise in quality during drop-off. We offer flexible payment terms tailored to your procurement needs, and prompt delivery times - with your order typically dispatched soon after confirmation for swift research and industrial applications.


FAQ's of Cr2GaC Max phase powder:


Q: How is Cr2GaC MAX phase powder typically used in research?

A: Cr2GaC MAX phase powder finds application primarily in material science research, high-temperature ceramics, coating development, and as an additive in composite materials for enhancing thermal and electrical properties.

Q: What are the storage requirements for Cr2GaC powder?

A: For optimal shelf life and quality, store the powder in a cool, dry place, with the container tightly sealed to avoid moisture or contamination.

Q: When will my order be dispatched after payment is made?

A: Orders are processed promptly and typically handed over to the transporter shortly after payment confirmation, with tracking details provided for your convenience.

Q: Where does Cr2GaC MAX phase powder find its main area of application?

A: This MAX phase powder is widely employed by researchers developing high-temperature ceramics, coatings, and studying the transcendent properties of layered carbides.

Q: What is the process used to synthesize Cr2GaC powder?

A: The powder is synthesized using a solid-state reaction method, ensuring high purity and optimal properties essential for advanced research and applications.

Q: How can the stability and quality of the product be verified?

A: Every order includes a lot number, and the powder meets laboratory standards with a shelf life of up to 24 months if unopened, ensuring reliability and traceability.

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