Ti3SnC2 Max Phase Powder

22000.0 INR/Gram

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Product Details:

Structural Formula Layered hexagonal structure
Storage Keep in a tightly sealed container, store in a cool, dry place
Solubility Insoluble in water
HS Code 28499090
Other Names Titanium Tin Carbide MAX Phase
Form Solid
Density 5.2 Gram per cubic centimeter(g/cm3)
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Ti3SnC2 Max Phase Powder Price And Quantity

Price 22000.0 INR/Gram
Minimum Order Quantity 1 Gram

Hardness 7-8 Mohs (estimated)
Electrical Conductivity High
Surface Area High Surface Area
Thermal Conductivity High
Particle Size 1-5 m (customizable)
Stability Excellent thermal and chemical stability
Magnetic Non-magnetic
Shelf Life 24 months from date of manufacture
Crystal System Hexagonal
Color Grey to black
Packaging Vacuum sealed bottles or as per requirement

Ti3SnC2 Max Phase Powder Product Specifications

Usage Industrial / Laboratory / R&D
Melting Point 2380C (approx)
Poisonous Yes
Standard Industrial / Research
HS Code 28499090
Chemical Name Titanium Tin Carbide
Density 5.2 Gram per cubic centimeter(g/cm3)
Purity >99%
Other Names Titanium Tin Carbide MAX Phase
Classification Inorganic compound, MAX Phase ceramic
Form Solid
Molecular Weight 375.41 g/mol
Main Material Ti3SnC2
Type MAX Phase Powder
Grade High Purity
Structural Formula Layered hexagonal structure
Storage Keep in a tightly sealed container, store in a cool, dry place
Molecular Formula Ti3SnC2
Solubility Insoluble in water
Application Used in research, electronics, advanced ceramics, energy storage, and engineering applications
Shape Powder
Smell Odorless

Hardness 7-8 Mohs (estimated)
Electrical Conductivity High
Surface Area High Surface Area
Thermal Conductivity High
Particle Size 1-5 m (customizable)
Stability Excellent thermal and chemical stability
Magnetic Non-magnetic
Shelf Life 24 months from date of manufacture
Crystal System Hexagonal
Color Grey to black
Packaging Vacuum sealed bottles or as per requirement

Product Description

Purchase the Ti3SnC2 MAX Phase Powder, a classic masterpiece in advanced materials engineered for impressive performance and versatility. With competitive pricing and an affordable rate, this imposing powder offers high purity (>99%), high surface area, and exceptional thermal and chemical stability. Its hexagonal crystal system and estimated hardness of 7-8 Mohs make it ideal for demanding research and industrial applications. Packaged in vacuum-sealed bottles and customizable particle size (1-5 m), it ensures shelf-life of up to 24 months. Trusted by dealers, manufacturers, and suppliers across Canada.

Versatile Applications: Industry and Laboratory Excellence

Ti3SnC2 MAX Phase Powder is widely used by researchers, engineers, and manufacturers for its high performance in plant applications and advanced facilities. This ceramic material excels in electronics, energy storage, and engineering projects and is valued in academic laboratories for its stable properties. Its application extends to industrial R&D, making it the preferred choice in places demanding reliability and innovation across Canada.

Prompt Delivery and Secure Shipping Across Canada

Our rate includes secure shipping, ensuring that shipped goods reach customers promptly. Ti3SnC2 Max Phase Powder is delivered swiftly to major domestic markets throughout Canada, meeting your research and industrial schedules. For payment terms, we offer flexible options suitable for importers, exporters, wholesalers, and retailers. Each order is handled with secure packaging to preserve quality during transit.

FAQ's of Ti3SnC2 Max Phase Powder:

Q: How is Ti3SnC2 Max Phase Powder used in industrial and laboratory applications?

A: Ti3SnC2 Max Phase Powder is utilized for its high thermal and electrical conductivity in research labs, electronics manufacturing, advanced ceramics, engineering projects, and energy storage systems. Its stability and purity make it suitable for precise industrial and laboratory tasks.

Q: What benefits does Ti3SnC2 Max Phase Powder offer for energy storage applications?

A: Its high surface area and robust conductivity provide excellent thermal management and electrochemical efficiency, making it an ideal material for energy storage devices and systems requiring reliable performance.

Q: Where can Ti3SnC2 Max Phase Powder be delivered within Canada?

A: Ti3SnC2 Max Phase Powder is available for delivery across all major domestic markets in Canada, reaching research institutes, industrial plants, and retail suppliers efficiently.

Q: When will the shipped goods be received after placing an order?

A: Deliveries are organized to ensure prompt shipment, with most orders shipped within a few business days, depending on order volume and destination within Canada.

Q: What is the process for purchasing Ti3SnC2 Max Phase Powder?

A: Customers can purchase Ti3SnC2 Max Phase Powder through authorized dealers, exporters, or directly from manufacturers and suppliers, with customizable packaging and particle size options available upon request.

Q: How should Ti3SnC2 Max Phase Powder be stored to maintain its quality?

A: Store the powder in tightly sealed containers placed in cool, dry environments to ensure its shelf life of up to 24 months and preserve its purity and stability.

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