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Nanjing Capatue Chemical Co., LtdTCA-AA75 Bis(acetylactonate) diisopropoxide titanium (CAS No:17927-72-9)//www.lookchem.com/300w/2010/0619/17927-72-9.jpg

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TCA-AA75 Bis(acetylactonate) diisopropoxide titanium (CAS No:17927-72-9) CAS NO.17927-72-9

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Min.Order Quantity:
25 Kilogram
Purity:
100
Port:
Shanghai port
Payment Terms:
L/C,D/P,T/T

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Product Details

Keywords

  • Bis(acetylactonate) diisopropoxide titanium
  • Tyzor AA-75
  • T-50(TAA)

Quick Details

  • ProName: TCA-AA75 Bis(acetylactonate) diisoprop...
  • CasNo: 17927-72-9
  • Molecular Formula: C16H28O6Ti
  • Appearance: Orange red, viscous and clear liquid.
  • Application: TiLinkTM titanate TCA-AA75 is a titani...
  • DeliveryTime: 15 days
  • PackAge: 20kg/pail
  • Port: Shanghai port
  • ProductionCapacity: 1000 Metric Ton/Year
  • Purity: 100
  • Storage: This product should be stored in dry, ...
  • Transportation: by sea or air
  • LimitNum: 25 Kilogram
  • Grade: Industrial Grade

Superiority

tilinktm titanate tca-aa75 is an adhesion promoter and cross-linker that are essential additives for flexographic and gravure printing inks which are widely used at flexible packaging industry.

flexible packaging has become an important component of product marketing. packaging materials usually include a non-absorbing foil based on polyolefin (polyethylene, polypropylene, or co-extruded polypropylene), polyester, polyamide, cellophane, pvc, metallized plastic, or aluminum. printing on these foils can help to motivate consumers to purchase products, provide information, and offer decorative enhancement.

typical print platforms for flexible packaging are flexography and rotogravure processes that require specialized inks. the type of ink most often used contains nitrocellulose (nc) as the primary binder.

for flexographic and gravure package printing, tilinktm titanate tca-aa75 helps to improve the final product properties. this is achieved by tca-aa75 acting as a cross-linker for the binder and as an adhesion promoter between the ink and substrate, which provides the following benefits:

• improved adhesion of the ink to the substrate

• enhanced curing

• improved chemical, solvent, and water resistance

• enhanced heat resistance

• decreased drying times or lower cure temperatures

• increased lamination bond strength

Details

description

tilink tca-aa75 is titanium acetylacetonate bis(pentane-2, 4-dionato-o, o')bis(alkanolato)titanium, is a titanium chelates with acetylacetone as chelating agent with cas no. 17927-72-9. it is the equivalent product to tyzor aa-75 from dupont.

identification
chemical name: bis(acetylactonate) diisopropoxide titanium
synonyms: di-isopropoxy titanium bis (2, 4-pentanedionate); di-isoporpoxy titanium acetylacetonate; bis(pentane-2, 4-dionato-o, o')bis(alkanolato)titanium
cas registry number: 17927-72-9

equivalents
tyzor aa-75 from dupont (now dorfketal)

applications and performance
tilinktm titanate tca-aa75 is an adhesion promoter and cross-linker that are essential additives for flexographic and gravure printing inks which are widely used at flexible packaging industry.

flexible packaging has become an important component of product marketing. packaging materials usually include a non-absorbing foil based on polyolefin (polyethylene, polypropylene, or co-extruded polypropylene), polyester, polyamide, cellophane, pvc, metallized plastic, or aluminum. printing on these foils can help to motivate consumers to purchase products, provide information, and offer decorative enhancement.

typical print platforms for flexible packaging are flexography and rotogravure processes that require specialized inks. the type of ink most often used contains nitrocellulose (nc) as the primary binder.

for flexographic and gravure package printing, tilinktm titanate tca-aa75 helps to improve the final product properties. this is achieved by tca-aa75 acting as a cross-linker for the binder and as an adhesion promoter between the ink and substrate, which provides the following benefits:

• improved adhesion of the ink to the substrate

• enhanced curing

• improved chemical, solvent, and water resistance

• enhanced heat resistance

• decreased drying times or lower cure temperatures

• increased lamination bond strength

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