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Tyzor® 9000 is a reactive alkoxy titanate used as a reaction catalyst for esterification reactions and a cross-linking agent in coatings.
Tyzor® 9000 is a 100% active, moisture-sensitive alkoxy titanate used across various industries. It is commonly used as a catalyst in esterification and transesterification reactions and to cross-link polymers with hydroxyl or carboxyl functionality.
As a catalyst, Tyzor® 9000 acts as a Lewis acid and is well suited for esterification, condensation, and addition reactions. It eliminates byproducts, increases yield, and has lower toxicity than other metal catalysts. This makes Tyzor® 9000 a good replacement for organostannanes and other hazardous metal catalysts used in industrial phthalic acid and DEG polyol synthesis. Consequently, Tyzor® 9000 stands out as a specialty chemical additive that supports both process efficiency and regulatory compliance, particularly in environments where low toxicity and high yield are critical.
Tyzor® 9000's cross-linking abilities allow formulators to achieve enhanced performance characteristics in applications ranging from adhesives to inks to specialized coatings. In coating applications, this increases the hardness, heat resistance, and chemical resistance of cured films. Tyzor® 9000 is also used as a binder to form polymeric titanium dioxide films on surfaces and can be used to promote adhesion to surfaces that also contain hydroxyl or carboxyl functional groups.
TiO2 content, %: 23.9
Active content, %: 100
Molecular weight, g/mol: 340
Appearance: Yellow liquid
Specific gravity at 25°C: 0.9
Viscosity at 25°C, cPs: 140
Pour point, °C: −40
Boiling point, °C: Greater than 100 (decomposes)
Flash point, °C: 60
Refractive index: 1.444
Solubility in solvents: Miscible in most organic solvents
Solubility in water: Decomposes quickly
Primary Chemistry: Alkoxy titanate
Primary Chemistry:
Alkoxy titanate
Toxicity associated with metal catalysts Corrosion of metal surfaces Slow curing rate of coatings Production of byproducts during chemical reactions Cured films with low hardness and poor heat and chemical resistance
Glass coatings Ceramic coatings Metal coatings Paint Inks Adhesives Esterification, transesterification, condensation, and addition reactions
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