About Cas No.-5593-70-4 Tetra n-Butyl Titanate
Tetra-n-butyl titanate belongs to the product group of organic titanates, which are known to be highly reactive organics that can be used in a broad range of processes and applications. It is a colorless, slighty yellowish liquid that is very sensitive to moisture.
Applications
- Catalyst to produce plasticizers, polyesters and methacrylic esters
- Adhesion promoter
- Cross-linking for polymers
- Coatings
- Surface modification (metal, glass)
Shelf Life: Under proper storage conditions the shelf life is 12 months.
Test | Methods | Unit | Specification |
Appearance | Visual |
| Clear Liquid, colorless to pale yellow |
Specific Gravity @ 25 deg C | ASTM D-891 | g/cm3 | 0.991 1.00 |
Color | APHA | APHA | 100 max. |
% of TiO2 | QP/TM/PS/13 | % | 23.0 24.0% |
Molecular Weight |
| g/mole | 340 |
Chloride Content | QP/PM/PS/16 | ppm | 100 ppm max. |
Viscosity @ 25C | QP/PM/PS/18 | cSt | 60 - 70 |
Pour Point |
| C | < -50 |
Refractive Index @ 25C | QP/TM/PS/05 | nD | 1.490 |
Flash Point |
| C | 40 |
Boiling Point @ 760mm |
| C | 312 |
% Ti | QP/PM/PS/13 | % | 13.85 14.30% |
Solubility in Solvents |
|
| Miscible in many organic solvents |
Solubility in water |
|
| Rapidly hydrolyzed by water |
Discover enviable results with Tetra n-Butyl Titanate (CAS No.-5593-70-4), a versatile industrial-grade compound renowned for its noble purity level of 99%. Unlock instant savings as you source directly from India's leading manufacturer and supplier. Its customizable formulation (C16H36O4Ti) lends astounding utility in various industrial applications, ensuring unparalleled process efficiency. Tetra n-Butyl Titanate is fully soluble in water and stores best in a dry place to maintain stability. Find your ideal solution for catalysis, polymerization, or specialty coatings, and achieve performance that sets industry standards.
Exceptional Features and Versatility
Tetra n-Butyl Titanate (CAS No.-5593-70-4) boasts a noble blend of outstanding purity and enviable solubility in water. With straightforward application methods, it adapts easily for both specific uses like polymer synthesis or catalysis, and general industrial requirements. Simply add to your process under recommended conditions for consistent and reliable results. Its stable storage profile ensures longevity, making it ideal for operations seeking dependable and customizable chemical solutions.
Certified Quality and Reliable Supply
This product is certified to meet the highest industrial standards, guaranteeing quality and consistency. Supplied mainly to India's robust domestic market, each order is meticulously valued and shipped securely from major FOB ports. Choose our Tetra n-Butyl Titanate for seamless supply and enhanced valuation of your industrial processes, ensuring both product integrity and timely delivery for your operational needs.
FAQ's of Cas No.-5593-70-4 Tetra n-Butyl Titanate:
Q: How should Tetra n-Butyl Titanate be stored for optimal stability?
A: It should be kept in a dry place, away from moisture and direct sunlight, to maintain its purity and effectiveness during storage.
Q: What is the molecular formula of Tetra n-Butyl Titanate?
A: The molecular formula is C16H36O4Ti, reflecting its composition as a titanium-based organometallic compound.
Q: When can Tetra n-Butyl Titanate be used in industrial processes?
A: It is suitable for use whenever high-purity catalysts or polymerization agents are required in various industrial applications.
Q: Where is Tetra n-Butyl Titanate primarily supplied from?
A: It is manufactured and supplied from India, with secure shipping arrangements from leading FOB ports to ensure quality during transit.
Q: What are the main benefits of using this product in manufacturing?
A: The main benefits include high purity (99%), customizable application, instant savings through direct supply, and reliable performance across multiple industrial processes.
Q: How is Tetra n-Butyl Titanate typically applied in industry?
A: It is added directly to synthesis processes, such as catalysis or coating manufacturing, according to specific operational requirements for astoundingly efficient results.