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Tetra Ethyl Titanate

Tetra Ethyl Titanate Specification

Poisonous
Yes (Harmful if inhaled or swallowed)

Properties
Colorless, clear liquid; Sensitive to moisture; Decomposes in presence of water

Solubility
Decomposes in water; Soluble in organic solvents (e.g., alcohol, ether)

Molecular Weight
284.11 g/mol

Purity
>98%

Shelf Life
12 months (in sealed container, protected from moisture)

Structural Formula
[Ti(OC2H5)4]

Ingredients
Tetra Ethyl Titanate (TET) Pure

EINECS No
221-410-3

HS Code
38249900

Refractive Rate
n 20/D 1.4230

Storage
Store tightly closed in a dry, cool, well-ventilated area under inert gas

Density
1.03 Gram per cubic centimeter(g/cm3)

Application
Catalyst in organic synthesis; Crosslinking agent for polymers; Precursor for titanium dioxide coatings

CAS No
3087-36-3

Product Type
Organic Compound

Shape
Liquid (Not applicable)

Physical Form
Liquid

Melting Point
<-20C (decomposes)

Usage
Mainly in coatings, adhesives, sol-gel processing, and as a catalyst

Appearance
Colorless transparent liquid

Grade
Industrial/Technical Grade

Molecular Formula
C8H20O4Ti

Smell
Ester-like, mildly pungent odor

Compatibility
Avoid contact with water, acids, and strong oxidizing agents

Decomposition Products
Releases ethanol and titanium dioxide upon hydrolysis

Packing Type
Sealed containers (drums, bottles, or cans)

Stability
Stable under recommended storage, sensitive to hydrolysis

Vapor Pressure
0.2 mm Hg at 20C

Hazard Statement
Causes skin and eye irritation; May cause respiratory irritation

Flash Point
55C (closed cup)

Boiling Point
160-210C (decomposes)

Synonyms
Titanium tetraethoxide; Tetraethoxytitanium

UN Number
UN 3272

Transport Hazard Class
Class 3 (Flammable liquid)

Tetra Ethyl Titanate Trade Information

Minimum Order Quantity
1 Ton

Supply Ability
50 Tons Per Week

Delivery Time
15-20 Days

Main Domestic Market
All India

About Tetra Ethyl Titanate

Tetra Ethyl Titanate is a chemical compound having the formula of Ti4 (OCH2CH3)16. This colorless liquid is soluble in organic solvents; hence it is widely used commercially as a colorless solution. It is also used in organic synthesis. It is available with the molar mass of 228.109 g/mol and density of 1.088. Its boiling point is 150152 (@10 mmHg). This is provided in different packaging bottles and drums according to the demands of the clients. It is provided in 100% pure form with no adulterations to provide effective results in different chemical reactions.

Technical Specification

Parameters	Unit	Test Metod	Typical value
Appearance		Visual	Clear liquid
Colour	Apha	Pt-Cobalt	Max 150
Sp .gravity@25		ASTMD891	0.96-0.99
TiO2	%	QS/TM/SO/5	27-28
Iron	Ppm	QS/TM/SO/06	Max5
Chloride	Ppm	QS/TM/SO/7	Max50

Versatile Applications in Industry

Tetra Ethyl Titanate serves as a catalyst in organic synthesis, a crosslinking agent for polymers, and a vital precursor for producing titanium dioxide coatings. Its high purity and reactivity make it indispensable in coatings, adhesives, and sol-gel processes. Professionals in manufacturing, chemical formulation, and advanced materials technology rely on its consistent performance and stability when stored properly.

Safe Handling and Storage Guidelines

To ensure stability and safety, Tetra Ethyl Titanate must be stored in tightly closed, sealed containers under inert gas in a cool, dry, and well-ventilated area. The compound is sensitive to moisture, acids, and strong oxidizing agents, and decomposes upon contact with water. Protective equipment and care are essential during handling due to its hazardous nature, including respiratory, skin, and eye irritation risks.

FAQs of Tetra Ethyl Titanate:

Q: What industries commonly use Tetra Ethyl Titanate, and what are its main applications?

A: Tetra Ethyl Titanate is predominantly utilized in the coatings, adhesives, and polymer industries. It functions as a catalyst in organic synthesis, a crosslinking agent for polymers, and as a precursor in titanium dioxide coating production.

Q: How should Tetra Ethyl Titanate be safely stored and handled?

A: This compound should be stored in sealed containers under inert gas, away from moisture, acids, and oxidizing agents, in a cool and well-ventilated area. Use appropriate protective gear to avoid skin, eye, or respiratory irritation during handling.

Q: When does Tetra Ethyl Titanate decompose, and what are its decomposition products?

A: Tetra Ethyl Titanate decomposes upon exposure to water and at elevated temperatures. Hydrolysis releases ethanol and titanium dioxide, so avoiding moisture contact is essential to maintain stability.

Q: Where can Tetra Ethyl Titanate be transported and what are the transport regulations?

A: The product is transported in sealed drums, bottles, or cans as a Class 3 flammable liquid under the UN 3272 designation, following regulations for hazardous materials to ensure safe and compliant shipping.

Q: What processes benefit from the use of Tetra Ethyl Titanate as a catalyst?

A: Organic synthesis and sol-gel processing benefit from Tetra Ethyl Titanates catalytic properties, resulting in efficient crosslinking and uniform polymerization reactions. It also enhances coating formation for specialized material applications.

Q: What are the advantages of using Tetra Ethyl Titanate in coatings?

A: Its use in coatings provides improved crosslinking, enhanced adhesion, and serves as a source for high-purity titanium dioxide, contributing to superior film integrity and functional layer performance in industrial formulations.

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