Hf2SC Max Phase Powder

350 INR/Gram

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Product Details:

Molecular Weight 444.93 g/mol
Structural Formula MAX Phase structure (Layered hexagonal)
Ph Level Neutral
Melting Point ~2100C (approximate)
HS Code 28499090
Form Fine powder
Purity >99%
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Hf2SC Max Phase Powder Price And Quantity

Minimum Order Quantity 1 Gram
Price 350 INR/Gram

Shelf Life 2 years under recommended storage conditions
Electrical Conductivity High (ceramic with metallic conductivity)
Stability Excellent thermal and chemical stability
Particle Size 1-5 microns (typical)
Packing Sealed bottle or container, inert atmosphere packaging optional
Crystallography Hexagonal, layered structure
ISO Certification Available on request
Color Grey to black
Magnetic Properties Non-magnetic
Thermal Conductivity High for ceramic materials
Surface Area High (due to fine particle size)

Hf2SC Max Phase Powder Product Specifications

Poisonous Yes
Chemical Name Hafnium Sulfide Carbide
Storage Keep in tightly sealed container, store in cool, dry place
Other Names Hafnium Sulfur Carbide, Hf2SC Powder
Type MAX Phase Powder
Solubility Insoluble in water
Density 10.4 Gram per cubic centimeter(g/cm3)
Molecular Formula Hf2SC
Smell Odorless
Shape Powder
Application Conductive ceramic material, high-temperature structural applications, protective coatings, MAX Phase research
Form Fine powder
Purity >99%
Grade Technical/Research Grade
Main Material Hafnium, Sulfur, Carbon (Hf2SC)
HS Code 28499090
Melting Point ~2100C (approximate)
Standard As per manufacturer specification
Classification Transition Metal Carbide (Ceramic) / MAX Phase Material
Structural Formula MAX Phase structure (Layered hexagonal)
Ph Level Neutral
Usage Used in material science research, advanced electronics, and high-temperature engineering
Molecular Weight 444.93 g/mol

Shelf Life 2 years under recommended storage conditions
Electrical Conductivity High (ceramic with metallic conductivity)
Stability Excellent thermal and chemical stability
Particle Size 1-5 microns (typical)
Packing Sealed bottle or container, inert atmosphere packaging optional
Crystallography Hexagonal, layered structure
ISO Certification Available on request
Color Grey to black
Magnetic Properties Non-magnetic
Thermal Conductivity High for ceramic materials
Surface Area High (due to fine particle size)

Product Description

Capitalise on the praiseworthy properties of Hf2SC Max Phase Powder-a renowned technical grade material engineered for advanced research and high-temperature applications. With a spectacular combination of metallic electrical conductivity and exceptional thermal stability, this fine, grey-to-black powder is the preferred choice for protective coatings, and structural components in harsh environments. Access >99% purity and a high surface area to enhance your innovative material science projects. Benefit from excellent chemical stability and a shelf life of 2 years. Now available with attractive discounts and ISO certification on request!

Hf2SC Max Phase Powder: Powerhouse for High-Temperature Plant Operations

Maximise your plant's efficiency by leveraging the unrivalled features of Hf2SC Max Phase Powder. This technical-grade material boasts excellent thermal and chemical stability and is targeted for high-temperature structural applications, such as specialty components in furnaces and protective coatings. Its conductivity and layered hexagonal structure render it indispensable for MAX Phase research and advanced electronics. With a neutral pH and non-toxic composition, it is safe for ambient use and commendable for industrial and laboratory projects alike.

Global Supply, Competitive Delivery, and Sample Policy for Hf2SC Powder

We supply Hf2SC Max Phase Powder to high-value export markets like Canada and serve premier domestic clients across various industries. With prompt delivery and reputable market value, we ensure seamless access to technical/research grades through dealers, exporters, importers, retailers, and traders. Samples are available under defined policy to foster trust and enable clients to evaluate quality firsthand-helping you make an informed procurement decision backed by our reliable logistics chain.

FAQ's of Hf2SC Max Phase Powder:

Q: How can Hf2SC Max Phase Powder be used in high-temperature engineering?

A: Hf2SC Max Phase Powder is utilised for manufacturing structural components and protective coatings exposed to extreme temperatures due to its high thermal and chemical stability.

Q: What makes this powder praiseworthy for research applications?

A: Its high purity, superior conductivity, layered hexagonal MAX Phase structure, and robust stability make it highly desirable for advanced material science and electronic research.

Q: When will I receive my order after placing a supply request?

A: Delivery timelines depend on your location and order volume, but we pride ourselves on prompt dispatch to both domestic and export markets, including Canada.

Q: Where should the powder be stored for optimal shelf life?

A: It should be kept in a tightly sealed container and stored in a cool, dry place to maintain its properties for up to 2 years.

Q: What is the process to request a sample of Hf2SC Max Phase Powder?

A: You may request a sample as per our sample policy. Contact our sales team to access a sample and evaluate the product for your specific application needs.

Q: How does the product add value in plant applications?

A: Its high thermal and electrical conductivity enhances the performance and lifespan of components in demanding industrial environments, making it highly valuable for plant use.

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