Hf2SnN Max Phase Powder

350 INR/Gram

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Product Details:

Taste Odorless and tasteless
Form Solid powder
Solubility Insoluble in water, soluble in strong acids/bases
HS Code 28500090
Molecular Formula Hf2SnN
Storage Store in a cool, dry, airtight container; protect from moisture and contamination
Purity >99%
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Hf2SnN Max Phase Powder Price And Quantity

Price 350 INR/Gram
Minimum Order Quantity 1 Gram

Hf2SnN Max Phase Powder Product Specifications

Structural Formula Layered hexagonal
Type MAX Phase Powder
Smell Odorless
Density 10.7 Gram per cubic centimeter(g/cm3)
Melting Point 2760C (approx.)
Ph Level Neutral
Grade Technical/Research Grade
Shape Powder/Particulate
Other Names Hf2SnN powder, MAX phase Hf2SnN
Poisonous Yes
Application Electronic, structural ceramics, refractory materials, advanced engineering materials, research purposes
Standard In-house/Industrial standard
Molecular Weight 416.18 g/mol
Solubility Insoluble in water, soluble in strong acids/bases
HS Code 28500090
Molecular Formula Hf2SnN
Storage Store in a cool, dry, airtight container; protect from moisture and contamination
Purity >99%
Chemical Name Hafnium Tin Nitride
Main Material Hafnium, Tin, Nitrogen
Form Solid powder
Taste Odorless and tasteless
Usage MAX phase material, used in high-temperature and high-strength applications
Classification Inorganic Compound/ MAX Phase Material

Product Description

Capitalise on the remarkable capabilities of Hf2SnN Max Phase Powder-an acclaimed, world-class material designed for extraordinary thermal and electrical performance. Composed of Hafnium, Tin, and Nitrogen, this high-purity (>99%) powder features a layered hexagonal structure that ensures high thermal stability and exceptional conductivity. Its ultra-fine particle size (<10 m; customizable), coupled with robust chemical and mechanical stability, makes it ideal for advanced engineering, electronics, refractory materials, and structural ceramics. Get it now to leverage this cutting-edge MAX phase material, renowned for reliability and versatility across research and industrial applications.

Leading Commercial and Industrial Applications

Hf2SnN Max Phase Powder is expertly engineered for commercial and research settings where durability and thermal resilience are paramount. This advanced powder is suited for electronics, structural ceramics, refractory linings, and high-temperature operations, making it ideal for manufacturers, suppliers, and researchers. Its exceptional conductivity and stability open new possibilities for specialized engineering projects, innovative research, and demanding industrial processes.

Sample Provision, Certifications, and Packaging Overview

Obtain Hf2SnN Max Phase Powder samples readily-our streamlined handover ensures quick access at the lowest price. Express shipping options mean timely delivery to your facility worldwide. The product is sealed in double-layer vacuum bags for optimal shelf life, and alternative packaging is available on request. Backed by requisite certifications and industrial standards, we ensure complete quality assurance for all shipments.

FAQ's of Hf2SnN Max Phase Powder:

Q: How is the particle size of Hf2SnN Max Phase Powder customized for specific requirements?

A: Hf2SnN Max Phase Powder is supplied with a standard particle size of less than 10 m, but customization is available upon request to meet specific project needs. Contact our sales team with your ideal particle size, and we will tailor the powder accordingly.

Q: What commercial applications benefit most from using Hf2SnN Max Phase Powder?

A: This material excels in applications requiring high thermal and electrical conductivity, chemical stability, and structural strength-from electronic components and advanced ceramics to refractory materials and structural linings in harsh industrial environments.

Q: When should Hf2SnN Max Phase Powder be used over other MAX phase materials?

A: Choose Hf2SnN when your project demands superior thermal stability, excellent metallic conductivity, and high chemical resistance, particularly for high-temperature or corrosive environments in both industrial and research contexts.

Q: Where is the best site of application for Hf2SnN Max Phase Powder?

A: It is ideally used in manufacturing plants, research laboratories, and facilities specializing in electronic materials, advanced ceramics, refractory applications, and high-performance engineering components.

Q: What packaging options are available for Hf2SnN Max Phase Powder shipments?

A: The powder is typically packaged in double-layer vacuum-sealed bags to ensure its integrity, though customization of packaging is available based on customer requirements. Proper packaging guarantees prolonged shelf life and safeguards material quality during shipping.

Q: How is the chemical stability of Hf2SnN Max Phase Powder maintained during storage?

A: Hf2SnN Max Phase Powder should be stored in a cool, dry, airtight container to prevent moisture uptake and contamination, ensuring its chemical and physical stability for up to two years.

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