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Overview of organic titanium:

Organic titanium polymer is also known as polytitanium oxide. The main chain contains a kind of organometallic polymer with the structure as shown in the figure, and the side group is an organic group. It is formed by polycondensation of titanium titanate Ti (or) 4 after partial hydrolysis. It can be used as surfactant, water resistant agent and antirust agent, and can form fiber under mechanical agitation. Some can be used as coatings. If aluminum powder is used as filler, the coating can withstand 600 ~ 700 ℃.

Chinese Name: organic titanium polymer

Foreign name: organizational polymer

Alias: polytitanium oxide

Organic titanium polymers have excellent corrosion resistance and are mainly used as coatings. Organic titanium coating is a kind of coating with organic titanium polymer as film-forming material. The organic titanium coating mainly uses the solution of butyl orthoacetate condensate as the raw material, adding aluminum powder or zinc powder and then the solution of alkyd resin or ethyl cellulose, it can be made into a heat-resistant coating with the resistance of 400-500 degrees. Adding zinc powder has the function of anti rust protection. Organic titanium special anticorrosive coatings are non-toxic, anti osmosis, anti-aging and antistatic. They also have good physical and mechanical properties and excellent chemical resistance.

Overview of organic zirconium:

Zirconium is a chemical element, its chemical symbol is Zr, its atomic number is 40, it is a high melting point metal, light gray. Density 6.49g/cm3. Melting point 1852 ± 2.001 ℃, boiling point 4377 ℃. Valence + 2, + 3 and + 4. The first ionization energy is 6.84 ev. The surface of zirconium is easy to form a layer of oxide film with luster, so its appearance is similar to that of steel. It is corrosion-resistant and soluble in hydrofluoric acid and aqua regia. At high temperature, it can react with non-metallic elements and many metal elements to form solid solution compounds.

Chinese Name: zirconium

Chemical formula: Zr

CAS Registration No.: 7440-67-7

Boiling point: 4377 ℃

Density: 6.49g/cm3

Application: atomic energy industry, used as corrosion-resistant chemical materials under high temperature and high pressure.

Material type: single metal

English Name: zirconium

Molecular weight: 91

Melting point: 1852

Water solubility: insoluble in water

Appearance: light gray solid

Combined price: + 2, + 3, + 4

Titanate Chelate

Tyzor® 726 is an organic alkoxy titanate chelate with 100% active ingredients, containing bis (ethyl acetoacetate) and bis (alkoxy) titanium. Tyzor® 726 is a solvent-free titanium chelate, which is a yellow organic flammable liquid. It is very impressed with moisture and will react quickly when it encounters water.

Titanate Chelate

Tyzor® 428 is a clear light yellow titanate catalyst with high catalytic activity. The solvent of Tyzor® 428 is an alcohol-water mixture, which has good stability and provides good activity in the polycondensation reaction during the direct esterification process.

Titanate Chelate

Tyzor® 371 is a hydrolytically stable titanium chelate. Lactic acid is used as a chelating agent (ammonium salt). It is a colorless transparent to slightly cloudy light yellow liquid containing 50% of the active ingredients.

Titanate Chelate

Tyzor® 211 is an effective cross-linking agent that can react with various polymers such as cellulose, starch, guar gum, etc. to form a strong gel.

Titanate Chelate

The main component of AA-75, titanium acetylacetonate, is chelated and stored at room temperature. With the evaporation of the solvent during the printing process, titanium acetylacetonate can contain active hydrogen-OH,- COOH, NH2, -CONH2, -SH cross-linking reaction, thereby improving the adhesion of the ink to the substrate, thereby improving various properties.

Water-based triethanolamine polyol titanium complex

Tyzor® 131 is a water-stable titanium chelate that can form cross-links with many organic polymer materials and the -OH or -COOH groups of carbohydrates (such as cellulose, starch, guar gum). Crosslink formation. Through a similar mechanism, the product can also be used as a functional surface tackifier.

Tyzor®217 (zirconate lactate complex, water-based)

Tyzor® 217 is a water-based zirconium chelate that stabilizes in water at near neutral pH making it the best choice for applications in aqueous systems.

Tyzor®212 (triethanolamine zirconium complex (water-based / oily))

Tyzor® 212 reacts with water to hydrolyze to form zirconium hydroxy chelate. The chelate is stable in water for a long time. Pro-chelates or hydrolyzed chelates can form cross-links with many organic polymer materials and the -OH or -COOH groups of carbohydrates (such as cellulose, starch, guar) form. The product can also be used as a bonding aid on hydroxyl functionalized surfaces through a similar mechanism.

Tyzor®115 (triethanolamine polyol zirconium complex)

Tyzor® 115 hydrolyzes with water to form zirconium hydroxy chelate. The chelate is stable in water for a long time. Pro-chelates or hydrolyzed chelates can form cross-links with many organic polymer materials and the -OH or -COOH groups of carbohydrates (such as cellulose, starch, guar) form. The product can also be used as a bonding aid on hydroxyl functionalized surfaces through a similar mechanism.

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