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Hf2SnC Max Phase Powder

Hf2SnC Max Phase Powder

350 INR/Gram

Product Details:

  • Shape Powder
  • Other Names Hafnium Tin Carbide MAX Phase
  • Boiling point Not determined (decomposes prior to boiling)
  • Poisonous Yes
  • Molecular Weight 471.12 g/mol
  • Purity >99%
  • Melting Point ~2000C (approximate, decomposition before melting)
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Hf2SnC Max Phase Powder Price And Quantity

  • 1 Gram
  • 350 INR/Gram
  • Sealed HDPE bottles or double anti-static bags
  • Good (metallic-like)
  • Gray to dark gray
  • High (typical of MAX phases)
  • 1-5 microns (as supplied, can vary)
  • 24 months under recommended storage conditions
  • Hexagonal
  • Solid-state reaction, hot pressing, or self-propagating high-temperature synthesis (SHS)
  • Chemically stable at high temperatures

Hf2SnC Max Phase Powder Product Specifications

  • 471.12 g/mol
  • Layered hexagonal structure
  • >99%
  • Hafnium, Tin, Carbon (Hf2SnC)
  • ~2000C (approximate, decomposition before melting)
  • Yes
  • Used in research and development, advanced ceramics, electronic components, high-temperature materials, conductive and thermal interface materials
  • Odorless
  • Technical
  • Store in a cool, dry, inert atmosphere, tightly sealed container
  • Ceramic Powder
  • Powder
  • MAX Phase Powder
  • Hafnium Tin Carbide MAX Phase
  • Not determined (decomposes prior to boiling)
  • Analytical/Technical
  • Hf2SnC
  • Hafnium Tin Carbide, Hf2SnC
  • Not determined
  • 11.6 Gram per cubic centimeter(g/cm3)
  • Insoluble in water, soluble in some acids
  • Laboratory research, material synthesis, additive in ceramic matrix composites
  • Solid
  • 28499090
  • Sealed HDPE bottles or double anti-static bags
  • Good (metallic-like)
  • Gray to dark gray
  • High (typical of MAX phases)
  • 1-5 microns (as supplied, can vary)
  • 24 months under recommended storage conditions
  • Hexagonal
  • Solid-state reaction, hot pressing, or self-propagating high-temperature synthesis (SHS)
  • Chemically stable at high temperatures

Product Description



Experience the sublime innovation of Hf2SnC MAX Phase Powder-an unmatchable material for advanced research and engineering applications. With a reduced particle size of 1-5 microns and praiseworthy purity above 99%, this gray to dark gray powder features high thermal and good electrical conductivity, reflecting its unique hexagonal structure. Order and buy confidently; its chemical stability at elevated temperatures assures reliability. Sealed in secure HDPE containers, Hf2SnC is indispensable for laboratories, electronics, and ceramic composite additives, making it an exceptional choice for technical and commercial needs.

Exceptional Commercial Versatility and Features

Hf2SnC MAX Phase Powder is celebrated for its impressive commercial utility. Used as a technical-grade additive in advanced ceramics, thermal interface materials, and electronic components, it demonstrates outstanding thermal and electrical conductivity. Praiseworthy chemical stability at high temperatures and insolubility in water make it ideal for use in laboratory research, material synthesis, and as a strengthening phase in ceramic matrix composites. This unmatchable powder finds wide application among dealers, manufacturers, and researchers seeking top-tier performance materials.


Reliable Delivery and Uninterrupted Supply Assurance

Stock is always ready to ship, ensuring reduced waiting times for your urgent projects. Secure shipping is guaranteed with each order, using sealed HDPE bottles or double anti-static bags to ensure product integrity during drop-off. The company's supply ability consistently meets market needs throughout Canada, making sure that clients receive their products swiftly. Our streamlined logistics system supports fast dispatch and safe delivery to your specified location, so your research and development never pause.


FAQ's of Hf2SnC Max Phase Powder:


Q: What are the primary commercial uses of Hf2SnC MAX Phase Powder?

A: Hf2SnC MAX Phase Powder is used in advanced ceramics, electronic components, high-temperature materials, thermal and conductive interface materials, as well as laboratory research and the synthesis of innovative composites.

Q: How is Hf2SnC MAX Phase Powder stored for optimal shelf life?

A: To maintain its sublime properties, the powder should be stored in a cool, dry, inert atmosphere in tightly sealed HDPE bottles or double anti-static bags, ensuring a shelf life of up to 24 months.

Q: Where is Hf2SnC MAX Phase Powder typically supplied from?

A: This material is supplied and distributed throughout Canada, catering to manufacturers, researchers, dealers, and academic institutions who require high-purity MAX phase powders for advanced applications.

Q: What is the typical delivery process for Hf2SnC MAX Phase Powder orders?

A: Upon ordering, the powder is packed securely and shipped via a reliable logistics network. Ready stock allows for prompt drop-off, with shipping containers designed to protect against contamination and moisture.

Q: What benefits does Hf2SnC MAX Phase Powder offer for material research and development?

A: Its unmatchable high thermal and metallic-like electrical conductivity, combined with impressive chemical stability at elevated temperatures, enable researchers to develop state-of-the-art materials and components.

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