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Tyzor® NBZ is a reactive alkoxy zirconate in n-butanol. It is used as a cross linking agent, catalyst, surface modifier, and adhesion promoter.
- Dorf Ketal
- Tyzor® Organic Titanates and Zirconates
- Tyzor® Ortho Zirconate Esters
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Canada | Mexico | United States
Product Overview
Tyzor® NBZ is an 87% active solution of tetra-n-butanol zirconate in n-butanol. It is used to improve yield as a low toxicity Lewis acid catalyst for esterification, addition and condensation reactions. It can also be used as Ziegler-Natta catalysts for olefin polymerization. Tyzor® NBZ can also be used as a additive in paints and coatings to cross link polymers with hydroxyl or carboxyl functionality as well as improve adhesion. Tyzor® NBZ can also be used to form zirconium dioxide films on surfaces via hydrolytic or pyrolytic processes. These films can be used as coatings to improve light reflection, increase surface hardness, promote adhesion of coatings, and add coloring effects.
Product Specifications
ZrO2 Content: 28 %
Active Content: 87 %
Color: Yellow
Molecular Weight: 383 g/mol
Density (20C): 1.07 g/mL
Viscosity (20C): 100 mPa*s
Pour Point: -70 C
Boiling Point (@10 mmHg): 117 C (Solvent)
Flash Point: 35
Refractive Index: 1.51
Solubility in Solvents: Miscible in most organic solvents
Solubility in Water: Decomposes quickly
Active Content: 87 %
Color: Yellow
Molecular Weight: 383 g/mol
Density (20C): 1.07 g/mL
Viscosity (20C): 100 mPa*s
Pour Point: -70 C
Boiling Point (@10 mmHg): 117 C (Solvent)
Flash Point: 35
Refractive Index: 1.51
Solubility in Solvents: Miscible in most organic solvents
Solubility in Water: Decomposes quickly
Primary Chemistry: Tetra-n-butanol Ziconate
Features & Benefits
Moisture sensitive
Highly reactive
Source of ZrO2
Forms polymeric films of ZrO2
Cross links hydroxyl and carboxyl functional polymers
Promotes adhesion
Low toxicity catalyst
Highly reactive
Source of ZrO2
Forms polymeric films of ZrO2
Cross links hydroxyl and carboxyl functional polymers
Promotes adhesion
Low toxicity catalyst
Problems Solved
Poor light reflection of glass and glass coatings
Damage to glass and metal surfaces due to lack of surface hardness
Low yield of chemical reactions used to produce polyolefins
Toxicity of tin and other common metal catalysts
Damage to glass and metal surfaces due to lack of surface hardness
Low yield of chemical reactions used to produce polyolefins
Toxicity of tin and other common metal catalysts
Applications
Reaction Catalyst; Coatings; Paints; Chemical Manufacturing