Ti2SiC Max Powder

300 INR/Gram

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Product Details:

Shape Powder
Storage Store in a dry, cool place, tightly sealed
Molecular Weight 195.95 g/mol
Structural Formula Layered-hexagonal crystal structure
HS Code 28499090
Molecular Formula Ti2SiC
Melting Point 2100C approximately
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Ti2SiC Max Powder Price And Quantity

Minimum Order Quantity 1 Gram
Price 300 INR/Gram

Ti2SiC Max Powder Product Specifications

Chemical Name Titanium Silicon Carbide
Refractive Rate Not determined
Solubility Insoluble in water
Grade Technical/Laboratory Grade
Form Fine crystalline powder
Purity 99% or higher
CAS No 12168-27-5
EINECS No 234-765-2
Type MAX phase ceramic powder
Standard Industrial standard
Smell Odorless
Application Used in high-temperature structural components, electrical contacts, protective coatings, and as a precursor for thin films
Density 4.53 Gram per cubic centimeter(g/cm3)
Poisonous Yes
Melting Point 2100C approximately
Other Names Titanium silicon carbide; Ti2SiC
HS Code 28499090
Main Material Titanium, Silicon, Carbon
Molecular Formula Ti2SiC
Shape Powder
Storage Store in a dry, cool place, tightly sealed
Classification Inorganic compound, Ceramic material
Usage Industrial and scientific research
Molecular Weight 195.95 g/mol
Structural Formula Layered-hexagonal crystal structure

Particle Size 10 m (customizable)
Color Grey to black
Shelf Life 24 months (under recommended storage)
Hardness ~4-5 (Mohs scale)
Packing Sealed bags or bottles, as per order requirement
Stability Chemically stable at high temperatures
Crystal System Hexagonal
Electrical Conductivity Good, metallic-like
Thermal Conductivity 60 W/mK (approximately)

Product Description

Experience the latest in ceramic innovation with the hot-selling Ti2SiC Max Powder, now available in a captivating grey to black shade. As the ultimate choice in advanced materials, this breathtaking MAX phase ceramic offers optimum performance for high-temperature applications. Crafted for durability, its hexagonal crystalline structure ensures chemical stability even in extreme conditions. Boasting a purity of 99% or higher, Ti2SiC Max Powder is renowned for its superior electrical conductivity, hardness, and versatility-making it the preferred solution for industrial and scientific research objectives. Secure your sale today!

Application & Directions for Optimum Performance

For best results, use Ti2SiC Max Powder as directed in your industrial or laboratory process. Ideal for fabricating high-temperature structural components, electrical contacts, and thin film precursors, this powder should be incorporated using industry-standard mixing, sintering, or deposition techniques. Always ensure the product is handled in a clean environment and stored tightly sealed in a cool, dry space. Its general use spans research and manufacturing, ensuring flexibility without compromising quality.

Sample Policy, Supply Ability & Payment Terms

Ti2SiC Max Powder samples are available for evaluation, with sample drop-off or domestic shipment options. Our supply ability covers bulk orders and tailored packaging to meet diverse industrial demands. Orders are shipped promptly across Canada and internationally, ensuring reliable delivery. Flexible payment terms are provided to accommodate dealers, exporters, and retailers-feel free to discuss your preferred methods prior to order confirmation for a seamless transaction experience.

FAQ's of Ti2SiC Max Powder:

Q: How should Ti2SiC Max Powder be stored for maximum shelf life?

A: Ti2SiC Max Powder should be stored in tightly sealed bags or bottles in a dry, cool place to maintain its 24-month shelf life and prevent contamination.

Q: What are the main industrial applications of Ti2SiC Max Powder?

A: This powder is primarily used in high-temperature structural components, electrical contacts, protective coatings, and as a precursor material for thin film production in advanced material research and manufacturing.

Q: Where can Ti2SiC Max Powder be shipped from and to?

A: Shipments originate from Canada and can be delivered domestically or internationally, depending on order requirements and customer location.

Q: What is the recommended method for incorporating Ti2SiC Max Powder into processes?

A: It is recommended to follow standard industry protocols such as controlled mixing, pressing, or chemical vapor deposition, ensuring the environment is clean for best performance outcomes.

Q: What benefits does Ti2SiC Max Powder offer in research and manufacturing?

A: With its excellent hardness, metallic-like conductivity, and high thermal stability, Ti2SiC Max Powder enables advanced engineering solutions and reliable outcomes in both industrial and scientific research domains.

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