Titanium Ethylhexoxide CAS 1070-10-6 Haihang Industry

• CAS No.: 1070-10-6
• Formula: C8h18oti
• EINECS: 213-969-1
• Type: Synthesis Material Intermediates
• Appearance: Liquid
• Quality: Industrial
• Model NO.: HHPWL
• Colour: Colorless
• Smaplie: Avaliable
• Transport Package: 25kg/Brum
• Specification: 25kg/brum
• Trademark: Haihang Industry
• Origin: Shandong, China

Product Description

Product Description

Titanium ethylhexoxide Quick Details

Chemical Name: Titanium ethylhexoxide

CAS: 1070-10-6

Molecular Formula: C32H68O4Ti

Molecular weight:564.75

Appearance: Pale yellow transparent liquid

Titanium content: 8.4%-8.55%

Titanium ethylhexoxide Typical Properties

Item	Standard	Results
Appearance	Pale yellow transparent liquid	Pale yellow transparent liquid
Titanium content	8.4%-8.55%	8.53%
Chloride(Cl) content	≤30ppm	18ppm
Color number	≤100	22
Density at 25ºC	0.933-0.936	0.935

Titanium ethylhexoxide description

Titanium ethylhexoxide, a reactive organic alkoxy titanate with ca. 100 % active content. Titanium ethylhexoxide is a clear colorless to yellowish liquid. While still a highly reactive or thoester, TiOT is less sensitive to moisture than TPT and TnBT.

Titanium ethylhexoxideApplications

Reaction Catalyst: Titanium ethylhexoxide is used as a catalyst for esterification, transesterification, condensation, and addition reactions. Typical reaction products include,(meth)acrylic esters, polyester, plasticizer, various esters, polyurethanes, etc. The benefits of using TiOT include elimination of by-products, increased yield, easy work-up, low catalyst concentration, and low toxicity.

Coatings: Glass, metals, fillers, and pigments can be treated with TiOT to give increased surface hardness, adhesion promotion, scratch resistance, coloring effects, heat and light reflection, iridescence, and corrosion resistance.

PaintAdditive: Titanium ethylhexoxidecanbeusedasanadditiveinpaintstocross-link-OHor-COOH functional polymer sorbinders, promote adhesion,oractasa binder itself.

TiO2 Pigment and Films: Micro-or nano-scale TiO2 pigments can be formed from TiOT. It can also be used to create a polymeric TiO2 film on surfaces via pyrolytic or hydrolytic(e.g.sol-gel) processes.