High Purity Titanium Carbide TiC Powder CAS 12070-08-5，99%

Titanium carbide TiC

This refractory ceramic material is very hard, with a Mohs 9-9.5, similar to that of tungsten carbide. It appears as a dark powder with a crystal structure of sodium chloride (face center cubic). It has an elastic modulus around 400 GPa and a shear modus of 188 GPa.

Titanium carbonide can be seen in nature as the very rare mineral Rhodochrosite. (TiV, Fe), C. It is located near Uzbekistan’s border in the Chagar Region of the Soviet Union. The crystals are 0.1-0.3mm in size.

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Titanium Carbide TiC Pulp – Properties

Technical Parameters of Titanium Carbide Powder TiC Powder

It is simple.


Titanium Carbide TiC Pulver


produced?


There are many methods to make titanium carbide. The most commonly used are these:


1. Method of Carbothermic Reduction


Use carbon black to reduce TiO2, the reaction temperature range is 1700-2100, and the chemical reaction formula is TiO2(s)+3C(s)=TiC(S)+2CO(g).


2. Carbonization direct


TiC can be created when Ti powder and carbon are combined. It is a chemical reaction that produces TiC. It is very difficult to produce sub-micron level Ti powder. This limit is why this technique is not widely used. It takes between five and twenty hours for the above reaction to occur. The reaction is also difficult to manage. Further grinding of the reactants is needed to make fine particles. Granular TiC powder. To obtain a more pure product it is important to chemically remove the fine powder from ball milling.


3. Chemical vapor deposition


A synthesis process uses the reaction of TiCl4,H2 and C. This reactant is heated to form hot tungsten and carbon monofilaments, which then allows TiC crystals to grow on that monofilament. There are strict quality and output limits for the TiC powder produced by this process. Due to TiCl4 (the product), the HCl in it can be strongly corrosive so it’s important that you take care when synthesizing them.


4. Sol-gel method


Method for making small particles by mixing materials thoroughly and dispersing them with a solution. Although it has some advantages such as good chemical uniformity and small particles size, narrow distribution and low heat treating temperature, this method is complicated and can result in large drying shrinkage.


5. Microwave technique


Nano TiO2 (or carbon black) can be used as raw materials. Next, apply the principle of carbothermal reduction to heat the material using microwave energy. The high-frequency electrical field converts microwave energy to heat energy by using the material’s dielectric loss. This allows nano-TiO2 or carbon to be synthesized into TiC.


6. Blast impact method


Mix the titanium dioxide powder with the carbon powder in a specific proportion. To make the precursor, a Ph10mmx5mm cylinder is used. It has a density of 1.5g/cm3. The laboratory is then placed inside a metal constrained outer tube. It is best to use a homemade explosion container. Then, after the explosion shock wave has subsided, you can collect the detonationash. The large impurities like iron filings and other small particles are removed during the preliminary sieving. After 24 hours in water, the brownish-colored black powder is boiled and then put into a muffle furnace. Finally, it’s calcined at 400°C for 400 min to make a silvery-gray powder.


7. Carothermic low-frequency high-frequency reduction technique


The pigment-grade titanium dioxide and charcoal powder should be weighed and mixed at 1:3 or 1:4. Next, mill the materials on a ballmill tank for between 6-10 hours at 300-400r/min. The tablet press should form a small block measuring 2 cmx2cmx4cm. Finally, the material can be placed into the graphitecrucible. Add argon gas to protect the area. Slowly adjust the high frequency induction heating device to 500A. This will cause the material to go through a carbothermal reduction process. Allow it to cool for 20 minutes. Once the heat preservation has been completed, the product reduced to room temperature is cooled under an atmosphere of argon. Then, take out the material and grind and crush it until you get ultra-fine Titan carbide powder.

TiC Titanium Carbide TiC:


Most people use titanium carbide to create cemented carbide. This is also used for electrodes and abrasives in arc lamps.

1. Use titanium carbide powder for high-temperature heat spraying, welding, materials, hard films, military aviation, and hard alloys, as well as cermets.

2. In order to increase wear resistance in thermostors, Titanium carbide can be used.

3. A NaCl-type cubic structure of Titanium carbide is used to make the powder. TiC-WC solid solutions with WC are formed by adding 6% to 30% TiC to the WC-Co cemented caride. This will increase the alloy’s red heat resistance as well as its wear resistance.

4. Titanium carbide can be used to process steel better than WC-Co Cemented Carbide. It has both anti-oxidation as well as anti-corrosion characteristics.

5. You can make titanium carbide by using alloys like Ni-Mo to create tungsten free cemented carbide. This will increase your turning speed, accuracy, and smoothness.

6. To prepare cermets of titanium carbide. These are used for high-speed steel processing.

7. The wear-resistant coating of titanium carbide on metal components such as knives heads or watch mechanisms is another use for it.

8.

Titium carbide coating

TiC also serves as thermal insulation in spacecraft’s atmosphere.

Titanium Carbide TiC Pulver Storage Conditions


Titanium Carbide TiC Powder needs to be stored in an airtight container. Additionally, it should not be subject to extreme stress.

Packing and Shipping of Antimony Selenide sb2Se3 powder :


Titanium Carbide Powder Packaging: Vacuum Packing, 1kg/bag 25kg/barrel or on your Request

Titanium Carbide TiC Pulver

shipping:

Could be sent by sea or air as soon as possible after receipt of payment.

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