Titanates

Application of Titanates

Basic Titanates
Product

CAS Nos.

Application for Basic Titanates by Miicron
Tetra N Butyl Titanate

(CAS No. 5593-70-4)

As a catalyst:
Esterification, Transesterification reaction and Polymerization of Epoxies, Phenolics and Silicons
 
As a crosslinking agent:
Wire enamels, Surface Coatings, Printing inks, Silicon RTV compounds and in Olefin Polymerization Systems
Tetra Iso Propyl Titanate

(CAS No. 546-68-9)

As a catalyst:
Esterification, Transesterification reaction and Polymerization of Epoxies, Phenolics and Silicons
 
As a crosslinking agent:
Wire enamels, Surface Coatings, Printing inks, Silicon RTV compounds and in Olefin Polymerization Systems
Adhesion promoter, Wax & Oil additive and in scratch resistant glass.
Tetra 2-Ethyl Hexyl Titanate

(CAS no. 1070-10-6)

Esterification Catalyst (Plasticizer, different esters) elimination of by products with high yield
Transesterification Catalyst ((meth)acrylic esters & polyester).
 
Coating : Additive Treatment of glass. metal, filler, pigment.
Increased surface hardness, adhesion promotion, improved dispersibility, coloring effects,
heat and light reflection, iridescence, hydrophobation, corrosion resistance, etc.
 
Paint additive: crosslinking of paint binders, adhesion promotion, binder for high temperature paints.
Tetra Ethyl Titanate

(CAS no. 3087-36-3)

Electro-insulating resins and varnishes.High yield catalyst and increase the rate of reaction with minimum side reaction.


 

Polymeric Titanates
Product

CAS Nos.

Application for Polymeric Titanates by Miicron
Poly Butyl Titanate

(CAS No. 9022-96-2)

Surfaces as primer by improving adhesion of top coatings. Moreover, it is used to study the thermal properties of silicone coating KT-30.


 

Chilated Titanates
Product

CAS Nos.

Application for Chilated Titanates by Miicron
Triethanolamine Titanate

(CAS no. 36673-16-2)

Used in printing ink addative to improve the adhesion, heat stability and other resistance properties.
Crosslinking agent in aqueous system. in acrylic emulsion paint to improve the performance.
Titanium Acetyl Acetonate

(CAS no. 17927-72-9)

Printing ink additive to improve adhesion, heat stability and other chemical resistance properties.
Cross linking agent for hydroxylic compounds. As a cure catalyst. As a coupling agent for fillers and fibers.
 
Used as a curing agent
 
Used as a coupling agent for filler and fiber
Titanium Ethyl Acetoacetate

(CAS no. 83877-91-2)

1. RTV-1 silicone sealants: (methoxy, oximo, benzamido systems) drying agent water scavenger; Catalyst fsilane crosslinking with silicones; Crosslinking agent; Adhesion promoter to different substrates

2. Printing inks: Used as a crosslinking as well as coupling agent.

3. Paints: Crosslinking of paint binders for high temperature paints.

4. In esterification reaction with elimination of by products with high yield.

5. Coating: surface hardness, adhesion promotion, improved dispersibility, coloring effects,
heat light reflection, corrosion protection

6. Oxides via sol-gel process (metal coatings fcorrosion protection) simple process fspecial
oxides as coatings in combination with other metal alkoxides

Titanium Butyl Phosphate

(CAS no. 109037-78-7)

Printing ink additive to improve adhesion, heat stability and
other resistance properties like chemical, solvent and water resistance.

It is useful as a low odour, low colour generating adhesion promoter
for solvent based printing inks mainly for flexible packaging.

As cross linking agent in polymeric binder to increase the rate of curing.

Titanium Ammonium Lactate

(CAS no. 65104-06-5)

A water based titanium chelate that is stable in water at pH 7 even in the presence of possible reactants.
It is an excellent choice for use in aqueous systems. It is stable so long as the pH is maintained around 7~8.
It can act as catalyst in applications such as esterification, transesterification, condensation.

Can effect crosslinking of -OH functional polymers, adhesion promotion, and
formation of polymeric titanium dioxide as binder or coating.
Some regular commercial applications are as below for your information:

1. Catalyst It is an effective catalyst for esterification, transesterification, condensation, and addition reactions.
It is especially well-suited to direct esterification processes due to its excellent compatibility with the water byproduct.
Effects are moderate reaction rates, high yield, easy work-up, low toxicity, and low catalyst concentration.

2. Oil well fracturing fluids:It is an effective crosslinker for dispersions of guar and its derivatives to
form high viscosity aqueous gels used in oil well fracturing applications.

3. Paints and coatings:It can crosslink binders in -OH functional water borne paints.
Heating can be used to form a polymeric titanium dioxide layer used as binder or coating
on various substrates to effect e. g. Adhesion, increased surface hardness,
heat and light reflection, corrosion resistance, and scratch resistance.


 

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