Hf2TIC Max Phase Powder

650 INR/Gram

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Product Details:

Melting Point ~3100C
Storage Store in a cool, dry, and sealed container; avoid contact with moisture and acids
Smell Odorless
Form Fine powder
Purity >99%
Solubility Insoluble in water; soluble in strong acids such as HF and HNO3
Other Names Hafnium titanium carbide, Hf2TiC, MAX Phase Hf2TiC
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Hf2TIC Max Phase Powder Price And Quantity

Minimum Order Quantity 1 Gram
Price 650 INR/Gram

Thermal Conductivity High
Shelf Life 24 months under recommended conditions
Packaging Vacuum sealed aluminum foil bags/drums
Color Grey to black
Electrical Conductivity Excellent
Hardness Vickers Hardness ~6-7 GPa
Crystal Structure Hexagonal (P63/mmc, 194)
Particle Size Customized (typically 15 microns; nanoscale available on request)
Stability High oxidation and thermal stability

Hf2TIC Max Phase Powder Product Specifications

Chemical Name Hafnium Titanium Carbide MAX Phase
Poisonous Yes
Application Advanced ceramics, electrical & thermal conductive films, high-temperature components, coating materials, and MAX phase material research
Shape Powder
Molecular Formula Hf2TiC
Ph Level Neutral
Density 9.55 Gram per cubic centimeter(g/cm3)
Molecular Weight 408.10 g/mol
Standard Laboratory/industrial standards
Form Fine powder
Usage Used as a high-temperature and corrosion-resistant material, electrical component, and in research applications
Smell Odorless
Melting Point ~3100C
Storage Store in a cool, dry, and sealed container; avoid contact with moisture and acids
Other Names Hafnium titanium carbide, Hf2TiC, MAX Phase Hf2TiC
Grade Research/Industrial Grade
Solubility Insoluble in water; soluble in strong acids such as HF and HNO3
Purity >99%
Main Material Hf2TIC (Hafnium Titanium Carbide) MAX Phase
Boiling point Not available (decomposes at high temperature)
Taste Odorless and tasteless
Type Inorganic MAX Phase Powder
HS Code 28499010
Structural Formula Layered hexagonal crystal structure
Classification Inorganic Compound, Carbide, MAX Phase Material

Thermal Conductivity High
Shelf Life 24 months under recommended conditions
Packaging Vacuum sealed aluminum foil bags/drums
Color Grey to black
Electrical Conductivity Excellent
Hardness Vickers Hardness ~6-7 GPa
Crystal Structure Hexagonal (P63/mmc, 194)
Particle Size Customized (typically 15 microns; nanoscale available on request)
Stability High oxidation and thermal stability

Product Description

Utilise the Offer on Hf2TIC Max Phase Powder-an advanced, research/industrial-grade material, available in customized particle sizes (1-5 microns or nanoscale). This triumphant invention merges high thermal and electrical conductivity with redoubtable Vickers hardness (~6-7 GPa) and lofty stability. A deal ending soon: secure this superior Hafnium Titanium Carbide MAX Phase. Odorless, tasteless, and non-poisonous, its dense, neutral powder is ideal for high-performance ceramics, coating, or electronic applications. Sealed for freshness in aluminum bags/drums, Hf2TIC is the ultimate solution for demanding industrial and academic research needs across Canada.

Versatile Applications and Surface Integration

Hf2TIC Max Phase Powder exemplifies strength and reliability for surface coating, conductive films, and high-temperature component fabrication. Its loftiness enables usage in advanced ceramics and electrical devices, while its redoubtable stability is essential for MAX phase material research. This powder's unique properties lend themselves to additional applications, such as corrosion-resistant parts and thermal barrier coatings, making it an indispensable component for innovative engineering and scientific pursuits.

Packing & Dispatch, Transport Services and Certifications

Packing & Dispatch for Hf2TIC Max Phase Powder is handled via vacuum-sealed aluminum foil bags or sturdy drums, ensuring maximum integrity during transport services and shipped goods. Sample availability is offered for research validation, and each batch meets rigorous laboratory/industrial standards. Certifications ensure quality and authenticity for dealer, exporter, manufacturer, and retailer requirements. Goods are dispatched promptly, supporting swift delivery from Canada to global markets.

FAQ's of Hf2TIC Max Phase Powder:

Q: How should Hf2TIC Max Phase Powder be stored to preserve its quality?

A: Hf2TIC Max Phase Powder should be stored in a cool, dry, and sealed container, avoiding contact with moisture and acids to maintain its high level of purity and performance for up to 24 months.

Q: What are the primary applications of Hf2TIC Max Phase Powder?

A: This powder is widely used in advanced ceramics, electrically and thermally conductive films, high-temperature components, MAX phase research, and coating materials owing to its remarkable stability and high conductivity.

Q: When will shipped goods be ready for dispatch after placing an order?

A: Once the order is confirmed, packing and dispatch procedures begin promptly, with goods shipped in vacuum-sealed aluminum foil bags or drums to safeguard quality during transport services.

Q: Where is Hf2TIC Max Phase Powder available for purchase and export?

A: Hf2TIC Max Phase Powder is distributed globally by dealers, exporters, suppliers, and manufacturers based in Canada, with international shipping options available for importers and traders.

Q: What process is involved in the certification and quality assurance of this product?

A: Each batch undergoes rigorous laboratory and industrial standard testing, with certifications provided to ensure quality for research and industrial applications.

Q: How can researchers utilize the sample availability option?

A: Researchers can request sample quantities for evaluation, enabling them to assess particle size, purity, and compatibility with specific applications before committing to bulk purchases.

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