High Purity MAX Special Ceramics Material Titanium Aluminum Carbide Ti2AlC Powder,99% | Lemondedudroit

Learn More Titanium Aluminum Carbide Ti2AlC Powder :
This powder is made of titanium aluminum carbide and can be used as an improved refiner for aluminum grains. It has been developed over recent years. It’s part of Max-phase ceramics. A continuous Al2O3 protective coat may be created when titanium aluminum carbonide is oxidized (Ti3AlC2) in order to create titanium dioxide. The resistance to heat cycling is demonstrated by experimental results with titanium aluminum carbonide (Ti3AlC2). This process also produces an oxide layer that is not susceptible to thermal cycling. It’s well combined with the matrix, so that it doesn’t peel. The high temperature oxide film made of titanium silicon caide (Ti3SiC2) is possible to be split into two layers. TiO2 is one layer, SiO2 is the second. It is easy to adhere the film and the matrix with good density.
Al in Ti-Al Al-C’s MAX Phase can rapidly diffuse and selectly oxygenize. The oxidation forms a dense Al2O3 coating. This shields the matrix from further oxidation. High-temperature selfhealing is possible because of the interaction between Ti3AlC2and Ti2AlC. It is used in filling cracks and marks at high temperatures. This helps the material recover its original properties. This property is crucial in maintaining the material’s mechanical properties. This improves materials’ reliability and stability.
The high temperature of titanium aluminum carbide allows it to be welded at its own or between layers due to the rapid Al diffusion process and selective oxygenation. A self-welding laminated Ti3AlC2 material and Ti2AlC Material has a dramatically improved fracture toughness compared to single-phase materials. Internationally trusted Titanium Aluminum Carbide Ti2AlC Powder supplier. Please send an inquiry to find out the current price Titanium Aluminum Carbide Anytime.

Titanium Aluminum Carbide Powder Ti2AlC product performance :
Technical parameters for Titanium Aluminum Carbide and Ti2AlC Powder :

Product name	MF	Purity	Particle size	Molecular Weight	Melting Point	The sky’s color
Titanium Aluminum Carbide	Ti2AlC	99%	<10um	195.7	2000	Gray Black

It’s simple. Titanium Aluminum Carbide Ti2AlC Powder Produced?
Utility model is used to prepare Zr Al CMAX ceramic powder products. Preparation of Zr AlCMAX Phase Ceramic Products using Zr dust, metal Al powder and C. To produce Zral C MAX Phase powder, Molten salt was used. As compared to conventional preparation, the temperature at the which powder can be synthesized is much lower and the synthesis speed is faster. This makes the whole process much simpler.

Applicaciones Titanium Aluminum Carbide Ti2AlC Powder :
It is possible to make an Al-free 2-dimensional carbonide by using a weak bond between Al TiC lamellas and TiC of the Max-phase titanium aluminum caride, Ti3AlC2. It is now called “MXENE”, because of its similar morphology to graphene. Maxine’s high conductivity makes it possible to manufacture lithium-ion batteries.
Ti3SiC2 is a maxim phase product that includes titanium silicon carbide. It has excellent thermal and mechanical characteristics as well as high-damage tolerance. They can be used as the nuclear fuel-cladding material in the fourth-generation reactor. The titanium silicon carbide’s radiation property (Ti3SiC2) has come to prominence in recent years.

Titanium Aluminum Carbide Pulver Ti2AlC Store Conditions
The dampness will affect Ti2AlC powder’s performance in dispersion. Ti2AlC Ti2AlC Pulver should be sealed in vacuum bags and kept dry. Ti2AlC should never be stressed.

Shipping Titanium Aluminum Carbide, Ti2AlC powder :
We have many packaging options depending on the titanium aluminum carbide (Ti2AlC) that you choose.
Package of powder titanium aluminum caride Ti2AlC The following options are available: 100g vacuum packing, 500g vacuum packaging, 1 kg/bag and 25 kg/barrel. As you require.
Shipping titanium aluminum carbide powder, Ti2AlC Shipment by sea and air is possible as soon as payment receipts are received.