High Purity 99% Two-dimensional Material Mxene Ti3C2 Powder

Powder of two-dimensional multilayer Ti3C2Mxene, purity above 99.9% MXene, a 2-dimensional material, is also known as MXene. MXene, a two-dimensional material, is the result of Drexel University's research. This material offers more energy than conventional batteries.

Description of High-purity, 99% Two Dimensional Material Mxene Ti3C2 Powder：

Physical property

The crystal structure of titanium carbide is hexagonal, and the space group is P63/mmc. In its design, titanium atoms are located at the apex of the hexagonal lattice, and carbon atoms are at the center of the hexagonal lattice. This unique structure gives titanium carbide high strength and hardness.

Titanium carbide is a black powder whose particle size is usually in the micron scale. It has a density of about 4.5 g/cm3, similar to titanium. Due to its complex ceramic properties, titanium carbide has a high hardness, usually greater than 3000 MPa.

Titanium carbide has good thermal stability and can maintain its structural strength at higher temperatures. In addition, titanium carbide also has good electrical insulation and chemical stability.

Chemical properties

Titanium carbide is stable at room temperature and pressure, insoluble in water and general acids, but soluble in lye. It has high corrosion resistance to many chemicals, showing good corrosion resistance in many corrosive environments.

At high temperatures, titanium carbide reacts with oxygen to form titanium dioxide, a common ceramic oxide. In addition, titanium carbide also has good oxidation resistance and corrosion resistance.

Mechanical properties

Titanium carbide has high strength, hardness, and toughness. Its tensile strength and compressive strength are higher than most metal materials. 

Technical Parameter High Purity 99% Two Dimensional Material Mxene Ti3C2 Pulch

Production Method of High-purity, 99% Two Dimensional Material Mxene Ti3C2 Powder：

Prepare raw materials

The raw materials of titanium carbide include titanium ore, carbon black and graphite. Among them, titanium ore is the primary titanium-containing raw material, which usually contains titanium oxides and hydroxides. Carbon black and graphite are reducing agents to reduce titanium oxides to titanium metal.

High temperature reduction reaction

High-temperature reduction is a standard method for preparing titanium carbide. The technique is to react titanium oxide with carbon black or graphite at high temperatures to reduce titanium oxide to titanium metal and, at the same time, to produce titanium carbide.

The reaction equation is as follows:

TiO2 + 3C → Ti + 2CO

The reaction must be carried out at high temperatures, usually above 1500 ° C. It is necessary to control heating and maintain a specific reaction time to keep the reaction going.

Collection and processing

At the end of the reaction, titanium carbide powder can be obtained by collecting the reaction product. The powder requires further treatment to remove impurities and unreacted carbon black or graphite. Titanium carbide powder is usually treated by ball milling, screening and washing.

Post-processing

After collection and treatment, the titanium carbide powder can be post-treated to improve its performance. For example, it can be densified by sintering at high temperatures, increasing its hardness and strength. In addition, the surface properties of titanium carbide can be improved by surface treatment technology, such as coating a layer of carbon film to enhance oxidation and wear resistance.

Applications of High-purity, 99% Two Dimensional Material Mxene Ti3C2 Powder：

Structural material

Because of its high strength, hardness, and toughness, titanium carbide has many applications in structural materials. In the automotive sector, titanium carbide can manufacture high-performance automotive components, such as engine components, brake system components and transmission system components. In mechanical manufacturing, titanium carbide can manufacture high-precision mechanical parts and tools.

Wear-resistant coating

Titanium carbide's high hardness and good wear resistance make it ideal for wear-resistant coatings. For example, in the petrochemical industry, titanium carbide can manufacture high-performance, wear-resistant pipes and reactor linings. In the field power industry, titanium carbide can manufacture high-performance, wear-resistant fans and gas turbine blades. In addition, titanium carbide can be used in mining and coal to manufacture mining tools and conveyor belts with high wear resistance.

Functional materials

The conductive and optical properties of titanium carbide make it widely used in functional materials. Titanium carbide can manufacture optical components and devices with high light transmission properties in optics. In addition, titanium carbide can be used in the energy field to manufacture high-performance battery electrode materials and solar cells.

Catalyst carrier

The stability and corrosion resistance of titanium carbide makes it an ideal material for catalyst support. For example, titanium carbide can manufacture high-performance catalyst carriers and reactor linings in the chemical industry. In environmental protection, titanium carbide can manufacture efficient adsorbents and cleaning agents. In addition, titanium carbide can be used in medicine to manufacture highly active drug carriers and drug-controlled release materials.

Two-dimensional material Mxene Ti3C2 Powder in High Purity Storage Condition :   

High Purity, 99 Two-dimensional Material Mxene, Ti3C2 and Powder must be stored dry, cool, sealing the environment.  
 
Shipping and Packing of Highly Purity 99% Two-dimensional Materials Mxene T3C2 Powder.  
You can pack it in two plastic bags with the inside.  
High purity, 99% 2-dimensional Material Mxene T3C2 Powder packing, vacuum packaging, 100g to 500g, or 1kg/bag 25kg/barrel and as per your request  
Two-dimensional High Purity Material Mxene Ti3C2 99% Powder Shipping: is available by ship, express or air as soon after receipt of payment.  

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