Tyzor ® TOT tetra (2-ethylhexanol) titanium, thickening agent, Dorf Ketal, imported with original packaging, factory price direct sales

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• Specifications
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Dorf Ketal TOT from India, organic titanium Tyzor TOT alkoxytitanate, tetra (2-ethylhexanol) titanium (formerly DuPont) Overview:

Tyzor ® TOT tetra (2-ethylhexanol) titanium is a highly active organic alkoxytitanate containing 100% active ingredients. Tetrakis (2-ethylhexanol) titanium is a colorless, transparent to slightly yellow liquid that is highly sensitive to moisture.

 Performance parameters of Tyzor ® TOT tetra (2-ethylhexanol) titanium:

Tyzor ® TOT tetra (2-ethylhexanol) titanium functionality:

 Tyzor ® TOT acts as a Lewis acid catalyst in processes such as esterification, ester exchange reactions, condensation, and addition. Tyzor ® TOT can promote adhesion and crosslink polymers, or act as an adhesive or coating to form polymeric titanium dioxide coatings.

Dorf Ketal TOT from India, organic titanium Tyzor TOT alkoxytitanate, tetra (2-ethylhexanol) titanium (formerly DuPont) Packaging specifications:

Dorf Ketal TOT from India, organic titanium Tyzor TOT alkoxytitanate, tetra (2-ethylhexanol) titanium (formerly DuPont) application:

 ·Reaction catalyst:
 Tyzor ® TOT tetra (2-ethylhexanol) titanium is an effective catalyst in esterification, ester exchange, condensation, and addition reactions. The effect is to moderate the reaction rate, achieve high yield, be easy to knead, have low toxicity, and be a catalyst with low concentration.
 
 ·Paint:
 Available Tyzor ® TOT tetrakis (2-ethylhexanol) titanium is used to treat glass, metals, fillers, pigments, and plastics to increase surface hardness, promote adhesion, enhance coloring effects, reflect heat and light, rainbow colors, corrosion resistance, and scratch resistance.
 
 ·Paint additives:
 Tyzor ® TOT tetra (2-ethylhexanol) titanium can be used as a paint additive to crosslink with - OH and - CCOOH functional polymers or adhesives, promote adhesion, or as an adhesive itself.
 
 ·Adhesive:
 Tyzor ® TOT tetra (2-ethylhexanol) titanium can be used alone as an inorganic binder or combined with other metal oxides in mineral filling systems to provide high temperature resistance.
 
 ·Titanium dioxide pigment and film:
 Micro or nano scale titanium dioxide pigments can be obtained from Tyzor ® TOT is formed in titanium tetra (2-ethylhexanol). It can also be used to produce polymeric titanium dioxide surface films through pyrolysis or hydrolysis processes.

 Tyzor ® TOT Tetrakis (2-ethylhexanol) Titanium Usage Guide:

 Tyzor ® TOT tetra (2-ethylhexanol) titanium is typically formulated with other ingredients for catalytic, crosslinking, or coating applications. Titanium esters are usually added as the final ingredient to prevent unnecessary pre reactions with water or other components. For applications that promote adhesion or surface modification, Tyzor ® TOT tetra (2-ethylhexanol) titanium can be used as a primer from diluted solutions.
 
 In coating applications, thin polymeric titanium dioxide layers may be formed through heat treatment or hydrolysis processes.
 
 In the sol - For gel application, fully or partially hydrolyzed Tyzor ® TOT tetrakis (2-ethylhexanol) titanium is usually combined with other metal alkoxides by using a sol - The gel treatment enables the metal oxidation system to act as an adhesive or coating.

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