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Tyzor® BTP is a 100% actives n-butyl polytitanate used as a transesterification or direct esterification reaction catalyst and as a cross-linking agent, a binder, a film former, and an adhesion promoter for paints and coatings.
Titanium dioxide (TiO2) content, %: 34.5
Active content, %: 100
Color: Yellow
Density at 25°C, g/cm3: 1.12
Viscosity at 25°C, cPs: 2,000–6,000
Pour point, °C: −39
Boiling point, °C: 246
Solubility in solvents: Miscible in most organic solvents
Solubility in water: Decomposes quickly
Primary Chemistry:
n-Butyl polytitanate
Tyzor® BTP is a highly reactive organic titanate polymer used in a wide variety of applications. This titanate contains a very high amount of titanium dioxide, making it highly reactive and extremely sensitive to moisture. Tyzor® BTP has a high affinity for reacting with chemical groups such as hydroxyl groups and carboxyl groups. As such, this titanate is an effective cross-linking agent for organic polymers and a strong adhesion promoter for substrates containing these functional groups. As an additive for paints and coatings, Tyzor® BTP serves as a polymer cross-linker while improving adhesion, chemical and abrasion resistance of cured films, and drying time. Tyzor® BTP can also act as a binder, depositing a polymer layer of titanium dioxide through a sol–gel process to help protect against corrosion. This is useful in glass coating applications to improve light reflection and iridescence. As a reaction catalyst, Tyzor® BTP functions as a Lewis acid, reducing byproducts and improving the yield of esterification, addition, and condensation reactions. The Tyzor® BTP titanate has low toxicity and can be used at very low levels.
Titanium dioxide (TiO2) content, %: 34.5
Active content, %: 100
Color: Yellow
Density at 25°C, g/cm3: 1.12
Viscosity at 25°C, cPs: 2,000–6,000
Pour point, °C: −39
Boiling point, °C: 246
Solubility in solvents: Miscible in most organic solvents
Solubility in water: Decomposes quickly
Primary Chemistry:
n-Butyl polytitanate
Production of unwanted byproducts during esterification, addition, or condensation reactions
Slow cure or drying rate of coatings, inks, adhesives, or sealants
Abrasive damage to coatings due to a lack of surface hardness
Poor chemical resistance of coatings, inks, or adhesives
Low cross-link density of organic polymer films
Glass coatings
Ceramic coatings
Metal coatings
Paint
Inks
Adhesives
Esterification, transesterification, condensation, and addition reactions
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