Titanium 2-Ethylhexoxide (T2EHT) CAS# 1070-10-6

• CAS No.: 1070-10-6
• Formula: C32h68o4ti
• EINECS: 213-969-1
• Appearance: Liquid
• Usage: Rubber Auxiliary Agents, Catalyst
• Color: Light Yellow Clear Sticky Liquid
• Model NO.: T2EHT
• Ti Content: 8.09-8.34%
• Density: 0.925-0.935
• Refractive Index: 1.472-1.478
• Viscosity: 150-180 Cps
• Transport Package: Drum
• Specification: 190kg/drum
• Origin: China
• HS Code: 2905199090
• Production Capacity: 5000/Year

Product Description

T2EHT  CERTIFICATE OF ANALYSIS
Product name	Tetra-2 Ethyl Hexyl Titanate (T-2EHT)
CAS No.	1070-10-6
Molecular formula	Ti (OC8H17) 4
Flashpoint	>70 °C
Boiling point	205ºC
Freezing point	-49 °C
Packing	190kgs/drum,950kgs/IBC drum, ISO TANK
Specification
Item	Specification	Results	Method
Appearance	Pale yellow liquid	Pale yellow liquid	Visual inspection
Color at time of mfg(APHA)	150(max)	90	Platinum cobalt colorimetric
TiO2 Contect(%)	13.5-14.5	14.1	Calcination weighting
Specific Gravity(25ºC)	0.934-0.937	0.935	Hydrometer
Chloride Content(PPM)	100(max)	52	Titration
DESCRIPTION: TiOT , a reactive organic alkoxy titanate with ca. 100 % active content. TiOT is a clear colorless to yellowish liquid. While still a highly reactive orthoester, TiOT is less sensitive to moisture than TPT and TnBT. APPLICATIONS: Ø Reaction Catalyst : TiOT 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. Ø 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. Ø Paint Additive: TiOT can be used as an additive in paints to cross-link -OH or -COOH functional polymers or binders, promote adhesion, or act as a binder itself. Ø 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.