Max Phase Titanium Germanium Carbide Powder

Max Phase Titanium Germanium Carbide Powder

400 INR/Gram

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Product Details:

Molecular Formula Ti3GeC2
HS Code 28499090
Ph Level Neutral
Structural Formula Layered hexagonal crystal structure (MAX phase)
Taste Odorless, tasteless
Shape Powder
Melting Point ~2670C (approximate)
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Max Phase Titanium Germanium Carbide Powder Price And Quantity

Price 400 INR/Gram
Minimum Order Quantity 1 Gram

Color Grey to black
Packing Sealed double-layer polyethylene bags, fiber drum
Agglomeration Minimal under correct storage
Thermal Stability Excellent at high temperatures
Hazard Statements Not classified as hazardous according to GHS
Customization Available on request
Magnetic Properties Non-magnetic
Production Method Solid-state reaction/sintering
Hardness Approx. 4.5 (Mohs)
Shelf Life 24 Months (under recommended storage)
Particle Size 5 m
Surface Area Approx. 5 m/g
Lattice Structure Hexagonal (P63/mmc)
Electrical Conductivity High

Max Phase Titanium Germanium Carbide Powder Product Specifications

Density 5.8 Gram per cubic centimeter(g/cm3)
Form Gray-black fine powder
Smell Odorless
Chemical Name Titanium Germanium Carbide
Poisonous Yes
Molecular Weight 298.56 g/mol
Other Names Ti3GeC2
Type MAX Phase Powder
Classification Transition Metal Carbide, MAX Phase
Purity >99%
Usage Used in MAX phase ceramics research, electronic components, and high-temperature structural materials
Standard Industrial/Research Grade Standards
Storage Store in sealed containers, dry and cool environment, avoid moisture
Grade Industrial, High Purity
Solubility Insoluble in water, soluble in hydrofluoric acid
Application Solid lubricants, high-temperature coatings, conductive and wear-resistant applications, research materials
Main Material Titanium Germanium Carbide (Ti3GeC2)
Boiling point Not Available (decomposes at elevated temperatures)
HS Code 28499090
CAS No 1592767-70-4
Molecular Formula Ti3GeC2
Shape Powder
Taste Odorless, tasteless
Structural Formula Layered hexagonal crystal structure (MAX phase)
Melting Point ~2670C (approximate)
Ph Level Neutral

Color Grey to black
Packing Sealed double-layer polyethylene bags, fiber drum
Agglomeration Minimal under correct storage
Thermal Stability Excellent at high temperatures
Hazard Statements Not classified as hazardous according to GHS
Customization Available on request
Magnetic Properties Non-magnetic
Production Method Solid-state reaction/sintering
Hardness Approx. 4.5 (Mohs)
Shelf Life 24 Months (under recommended storage)
Particle Size 5 m
Surface Area Approx. 5 m/g
Lattice Structure Hexagonal (P63/mmc)
Electrical Conductivity High

Product Description

Highlighted by its potent composition, Max Phase Titanium Germanium Carbide Powder (Ti3GeC2) offers extraordinary performance for industrial and research applications. With a particle size 5 m, this top-notch powder boasts high electrical conductivity and excellent thermal stability at elevated temperatures. Its hexagonal lattice structure and non-magnetic nature make it a superior choice for advanced ceramic research, conductive coatings, and wear-resistant materials. Instant checkout available for limited stock. Customization possible on request. Safely packed in sealed double-layer polyethylene bags and fiber drums, ensuring product integrity and 24-month shelf life.

Highlighted Material Features and Versatility

Max Phase Titanium Germanium Carbide Powder stands out due to its high purity, potent thermal stability, and top-notch electrical conductivity. Suitable for use in MAX phase ceramics research, electronics, high-temperature structural applications, and solid lubricants, this powder meets both specific and general requirements. Its layered hexagonal crystal structure and minimal agglomeration ensure reliability for industrial and research-oriented users seeking extraordinary performance.

FOB Port, Certifications, and Market Reach

Max Phase Titanium Germanium Carbide Powder is shipped directly from major FOB ports in Canada, guaranteeing prompt delivery and secure transportation at the lowest price. Certified for industrial and research grade standards, it meets rigorous quality benchmarks. This material is available in the main domestic markets across Canada, making it accessible to manufacturers, exporters, and wholesale traders seeking reliable supply and top-tier material efficiency.

FAQs of Max Phase Titanium Germanium Carbide Powder:

Q: How should Max Phase Titanium Germanium Carbide Powder be stored for best shelf life?

A: It is recommended to store the powder in sealed containers, in a dry and cool environment, and avoid exposure to moisture to maintain its 24-month shelf life and prevent any agglomeration.

Q: What are the main applications for Titanium Germanium Carbide (Ti3GeC2) powder?

A: The powder is used in MAX phase ceramics research, electronic components, high-temperature structural materials, solid lubricants, and advanced conductive coatings, serving both industrial and research sectors.

Q: When can I expect delivery after Instant Checkout?

A: Delivery times depend on your location and chosen transportation method from the Canadian FOB port; most orders are dispatched promptly when limited stock is available for instant checkout.

Q: Where does the product comply with certification standards?

A: Max Phase Titanium Germanium Carbide Powder meets industrial and research grade standards, ensuring quality and safety for use in domestic Canadian markets and for export.

Q: What benefits does the high purity (>99%) of this powder offer?

A: High purity ensures reliable performance, consistent electrical and thermal properties, minimal contamination, and suitability for top-tier research and production activities.

Q: How can the powder be customized?

A: Customization is available on request, allowing tailored particle sizes, packing options, or specifications based on your project requirements.

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