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Organic zirconium Tyzor ® 115 Triethanolamine Polyol Zirconium Composite, a zirconium ester chelate, imported from India's Dorf Ketal (formerly DuPont) origin, factory price direct sales
Organic zirconium Tyzor ® 115 Triethanolamine Polyol Zirconium Composite, a zirconium ester chelate, imported from India's Dorf Ketal (formerly DuPont) origin, factory price direct sales
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Organic zirconium Tyzor ® 115 Triethanolamine Polyol Zirconium Composite, a zirconium ester chelate, imported from India's Dorf Ketal (formerly DuPont) origin, factory price direct sales

Overview of Tyzor ® 115 Triethanolamine Polyol Zirconium Composite: Tyzor ® 115 Triethanolamine Polyol Zirconium Complex is a zirconium chelate compound containing 25% active ingredient mixed in an alcohol solvent. Tyzor ® 115 triethanolamine polyol zirconium composite is a clear, slightly viscous, slightly yellow to medium yellow liquid that is not affected by freeze-thaw cycles.
alias:Dorf Ketal 115, Organic Zirconium 115, Triethanolamine Polyol Zirconium Composite, Organic Chelated Titanium 115, Organic Zirconium Crosslinking Agent 115, Organic Zirconium Catalyst 115, Thickener 115, Coupling Agent 115, Dorf Ketal 115, DuPont 115, DuPont 115, Additive 115
English name:Tyzor®115,Tyzor 115,Dorf Ketal 115
brand:Dorf Ketal, India
model:Tyzor 115
characteristic:Slightly yellow, the chelate is stable in water for a long time.
specifications:
application:Tyzor ® 115 has good water resistance compatibility and low color generation, and can function well at a wide range of pH values. Surface modification of pigments can also be achieved.


Dorf Ketal 115 from India, Organic Zirconium Tyzor 115 Triethanolamine Polyol Zirconium Composite (formerly DuPont) Overview:

 Tyzor ® 115 triethanolamine polyol zirconium complex is a zirconium chelate compound containing 25% active ingredient mixed in an alcohol solvent.

 Tyzor ® 115 triethanolamine polyol zirconium composite is a clear, slightly viscous, slightly yellow to medium yellow liquid that is not affected by freeze-thaw cycles.

 

Performance parameters of Tyzor ® 115 triethanolamine polyol zirconium composite:

performanceTypical values
Zirconia contentca. 5.1 %
Active contentca. 28 %
colourSlightly yellow
solventIsopropanol, n-propanol, water
Specific gravity (25 ° C)ca. 1.04
boiling point97 °C
flash pointca. 22 °C
Solubility in solventsEasy to mix with most organic solvents
Solubility in waterEasy to mix

 

Functional properties of Tyzor ® 115 triethanolamine polyol zirconium composite:

 Tyzor ® 115 triethanolamine polyol zirconium complex reacts with water to hydrolyze and form hydroxyl zirconium chelate. Chelates remain stable in water for a long time. The original chelate or hydrolyzed chelate can form cross-linking with - OH or - COOH groups of many organic polymer materials and carbohydrates (such as cellulose, starch, guar gum), and strong gel can be formed through cross-linking. This product can also serve as a bonding agent on hydroxyl functionalized surfaces through a similar mechanism.


Dorf Ketal 115 from India, Organic Zirconium Tyzor 115 Triethanolamine Polyol Zirconium Composite (formerly DuPont) Packaging Specifications:

packingNet weight
  
  


Dorf Ketal 115 from India, Organic Zirconium Tyzor 115 Triethanolamine Polyol Zirconium Composite (formerly DuPont) Application:

 

·Oil well fracturing fluid
 Tyzor ® 115 triethanolamine polyol zirconium complex is an effective crosslinking agent for the dispersion of guar gum and its derivatives, forming a high viscosity hydrogel used in oil well fracturing applications. Tyzor ® 115 is typically used in liquids with pH 8.5-10 and is a delayed crosslinking agent that begins crosslinking at approximately 130 º F (55 ° C).
 
 ·Ink, paint, and coatings
 Tyzor ® 115 triethanolamine polyol zirconium composite crosslinks polymers and adhesives in solvents and water-based coatings and printing inks. The benefits are increased oil film strength, adhesion promotion, and rheological control. Tyzor ® 115 has good water resistance compatibility and low color generation, and can function well at a wide range of pH values. Surface modification of pigments can also be achieved.

 


 
 Tyzor ® 115 Triethanolamine Polyol Zirconium Composite Usage Guide:

For crosslinking reactions, Tyzor ® 115 triethanolamine polyol zirconium composites are typically added to polymers or as the final component of adhesives. The formation time of gel depends on the polymer, temperature, pH value, strength of brine, concentration of titanic acid, etc. Tyzor ® 115 may have temperature requirements for characteristic activation curing.

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