• Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride
  • Organic chemicals - Titanium chloride

Titanium chloride

Product Details:

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Product features

Product Name Titanium chloride
CAS No. 7550-45-0
EINECS No. 231-441-9
MF Cl4Ti
Molecular weight  
Appearance Colorless to light yellow liquid
Grade  
Shelf Life 2 years
Certification Halal,Kosher,Iso,Haccp
Packing 200kgs closed galvanized drum/ 25mts ISO tank

Product specification

Chemical composition Percent (%) Cas no
Titanium tetrachloride 99.99% 7550-45-0
Silicon tetrachloride (SiCL4) 0.002%  

 

Vanadium trichloride (VoCL3) 0.0012%  

 

Lron trichloride (FeCL3) 0.0002%  

Batch no :20171113

Tested items result
Product color Colorless to light yellow
odor Pungent (strong)
Exterior and form Liquid at room temperature
Molecular weight 189.678
Boiling point 136.4
Freezing point 25
Critical temperature 3.58
Specific gravity 1.73
Specific heat of liquid 25oC 37.53 gal/mol/
Dielectric constant at 20oC 2.79
conductivity Almost zero

Applications

1.Production of titanium metal

The world's supply of titanium metal, about 250,000 tons per year, is made from TiCl4. The conversion takes place by the reduction of the chloride with magnesium metal, and yields titanium metal and magnesium chloride. This procedure is known as the Kroll process:

2.Mg + TiCl4 → 2 MgCl2 + Ti

Liquid sodium has also been used instead of magnesium as the reducing agent, as in the Hunter process.

3.Production of titanium dioxide

Around 90% of the TiCl4 production is used to make the pigment titanium dioxide (TiO2). The conversion involves hydrolysis of TiCl4, a process that forms hydrogen chloride

TiCl4 + 2 H2O → TiO2 + 4 HCl

In some cases, TiCl4 is oxidised directly with oxygen:

TiCl4 + O2 → TiO2 + 2 Cl2

4.Smoke screens

It has been used to produce smoke screens since it produces a heavy, white smoke that has little tendency to rise.

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