Tet (Titanium Ethoxide) -High Quality for Ceramics and Glass Industry

• Appearance: Liquid
• Un No: 1993
• Tio 2 Content(%): 33.0-35.0
• Density(20/20ºC): 1.08-1.10
• Volatiles: 1.0% Max
• Transport Package: Drum
• Model NO.: 3087-36-3
• Specification: 200kg/drum
• Origin: China
• HS Code: 2905199090
• Production Capacity: 5000/Year

Product Description

TET CERTIFICATE OF ANALYSIS
Product name	Tetra-ethyl titanate (TET)
CAS No.	3087-36-3
Content	TET:83.5-86.5% TIPT:13.5-16.5%
Molecular formula	Ti(OEt)4
Molecular Weight	228
Flashpoint	33-43ºC
Boiling point	150-155ºC
Pour Point	-40ºC
Rafractive Index(25ºC)	1.490-1.510
Packing	200kgs/drum,1000kgs/IBC drum
Specification
Item	Specification	Results
Appearance	light yellow liquid	light yellow liquid
TiO 2 content(%)	33.0-35.0	34.20
Density(20/20ºC)	1.08-1.10	1.09
Volatiles	1.0% Max	0.5%
Description: TET is tetra ethyl titanate, a reactive liquid organic titanate with 100 % active content that is very sensitive to moisture. Applications: REACTION CATALYST: TET is used as a Lewis acid catalyst for esterification, transesterification, condensation and addition reactions. Typical reaction products include (meth)acrylic esters, polyester, plasticizers, various esters and polyurethanes. Benefits include elimination of byproducts, increased yield, easy work-up, low catalyst concentration and low toxicity. CROSSLINKING: TET can be used to crosslink polymers or binders containing functional groups such as - OH or -COOH. COATINGS: Glass, metals, fillers and pigments can be treated with TET to increase surface hardness, promote adhesion, improve resistance to heat, chemicals, corrosion and scratches, add iridescence or coloring effects or enhance light reflection. TIO2 PIGMENT AND FILMS: Micro- or nano-scale TiO2 pigments can be formed from TET, which also can also be used to create polymeric TiO2 films on surfaces via pyrolytic or hydrolytic (e.g. sol-gel) processes. Total or partial hydrolysis of TET in sol-gel applications, typically in combination with other metal alkoxides, produces metal oxide systems for use as binders or coatings.

Applications:
REACTION CATALYST: TET is used as a Lewis acid catalyst for esterification, transesterification, condensation and addition reactions. Typical reaction products include (meth)acrylic esters, polyester, plasticizers, various esters and polyurethanes. Benefits include elimination of byproducts, increased yield, easy work-up, low catalyst concentration and low toxicity.