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Adhesives Ingredients
The material selection platform
Adhesives Ingredients
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Products Compatible with LIGHT ESTER S

Based on HSP Distance

Products Compatibility & HSP Distance

Hansen Solubility Parameters (HSP) helps to predict the compatibility of ingredients.

It is based upon the “like seeks like” principle. It splits an ingredients interactions into three parameters :
- δD (Dispersion force interactions)
- δP (Polar forces interactions)
- δH (Hydrogen bond force interactions).

If ingredients have matching HSP’s (distance=0) then they will be completely compatible. If there is a small distance between them then they are predicted to have good but not perfect compatibility. As the HSP distance gets larger the ingredients will become more incompatible.

In general, ingredients having an HSP distance below 2 will have good compatibility. Between 2 and 4, you will have medium compatibility. Above 4, you will have limited to no compatibility.

Most HSP values used to calculate the distance are estimates. Information provided below is to be used as an indication of compatibility.

PETRARCH®

Adhesives ingredients supplied by United Chemical Technologies

76 products match your search
Product Name
Supplier
Description
United Chemical Technologies
Polar, reactive 2-(4-chlorosulfonylphenyl)ethyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
PETRARCH® D6217 by United Chemical Technologies is hydrophobic n-docosyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
Hydrophobic n-eicosyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
Platinum vinyl siloxane with high reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants. Can be modified using... view more
United Chemical Technologies
PETRARCH® PC074 by United Chemical Technologies is platinum vinyl siloxane with high reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants... view more
United Chemical Technologies
Platinum vinyl siloxane with high reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants. Use level: 2-50 ppm on... view more
United Chemical Technologies
Platinum vinyl siloxane with intermediate reactivity. PETRARCH® PC075 by United Chemical Technologies is used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone... view more
United Chemical Technologies
PETRARCH® PC075.3 by United Chemical Technologies is platinum vinyl siloxane with inermediate reactive. It is used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable... view more
United Chemical Technologies
Platinum vinyl siloxane with inermediate reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants. Useful for slow... view more
United Chemical Technologies
Platinum vinyl siloxane with intermediate reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants. Use level: 2-50... view more
United Chemical Technologies
Platinum vinyl siloxane with inermediate reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants. Useful for slow... view more
United Chemical Technologies
Platinum vinyl siloxane with low reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants. Useful for heigh... view more
United Chemical Technologies
Platinum vinyl siloxane with low reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants. Useful for heigh... view more
United Chemical Technologies
Platinum vinyl siloxane with low reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants. Useful for heigh... view more
United Chemical Technologies
Platinum vinyl siloxane with low reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants. Useful for high temperature... view more
United Chemical Technologies
Platinum vinyl siloxane with low reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants. Useful for high temperature... view more
United Chemical Technologies
Hydrophobic glassclad 18. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
PETRARCH® T2907 by United Chemical Technologies is polar, reactive 2-(trimethoxysilyl)ethyl-2-pyridine. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or... view more
Applications
United Chemical Technologies
Polar, reactive N-[(3-Trimethoxysilyl)propyl]ethylene-diamine triacetic acid, trisodium salt. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to... view more
Applications
United Chemical Technologies
Polar, reactive N-(3-trimethoxysilylpropyl)pyrrole. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Petrarch® 09745 by United Chemical Technologies is a polar, reactive N-octadecyldimethyl-1(3-trimethoxysilyl)propyl] ammoniumchloride. Used as a surface modifying reagent to decrease wettability or... view more
United Chemical Technologies
HSP Distance: 0
PETRARCH® 09775 by United Chemical Technologies is a hydrophobic n-octadecyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass... view more
Applications
United Chemical Technologies
HSP Distance: 0
PETRARCH® 09780 by United Chemical Technologies is hydrophobic n-octadecyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Hydrophobic n-octyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive 3-iodopropyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive 3-isocyanatopropyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive 3-acryloxypropyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
PETRARCH® A0700 by United Chemical Technologies is N-(2-aminoethyl)-3 aminopropyltrimethoxysilane. Used as a surface modifying reagent. It is a polar and reactive grade and decreases wettability. PETRARCH® A0700 increases... view more
United Chemical Technologies
HSP Distance: 0
Polar, reactive 3-aminopropyltriethoxysiane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Polar, reactive 3-aminopropyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive 3-bromopropyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive 3-bromopropyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Hydrophobic n-butyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive 2-chloroethyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive (p-Chloromethyl)phenyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
PETRARCH® C3280 by United Chemical Technologies is reactive chloromethyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive chloromethyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive 3-chloropropyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Polar, reactive 2-(4-chlorosulfonylphenyl)ethyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Polar, reactive 3-cyanopropyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Polar, reactive 3-cyanopropyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Hydrophobic n-dodecyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Hydrophobic ethyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive 3-glycidoxypropyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
PETRARCH® H7334 by United Chemical Technologies is hydrophobic n-hexyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
PETRARCH® M8500 by United Chemical Technologies is a reactive 3-mercaptopropyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive 3-mercaptopropyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Hydrophobic n-propyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
PETRARCH® PC085 by United Chemical Technologies is platinum vinyl siloxane with low reactivity. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone sealants... view more
United Chemical Technologies
HSP Distance: 0
Hydrophobic (tridecafluoro-1,1,2,2-tetrahydrooctyl)-1-trichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Hydrophobic (tridecafluoro-1,1,2,2-tetrahydrooctyl)-1-triethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 0
Petrarch® T2507 by United Chemical Technologies is a polar, reactive N-(triethoxysilylpropyl)urea. Acts as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to... view more
Applications
United Chemical Technologies
HSP Distance: 0
PETRARCH® T2925 by United Chemical Technologies is a polar, reactive N-trimethoxysilylpropyl-n,n,n-trimethyl-ammoniumchloride. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer... view more
Applications
United Chemical Technologies
HSP Distance: 0
Reactive vinyltriacetoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 1.9
Reactive allyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.0
Hydrophobic n-hexyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.1
Hydrophobic n-butyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.2
PETRARCH® D3795 by United Chemical Technologies is hydrophobic n-decyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.2
Reactive vinyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.3
PETRARCH® 09750 by United Chemical Technologies is a hydrophobic n-octadecyltrichlorosilane. It is used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to... view more
Applications
United Chemical Technologies
HSP Distance: 2.3
Hydrophobic n-octyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.3
Hydrophobic n-propyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.4
Hydrophobic n-dodecyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.4
Hydrophobic ethyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.5
Reactive allyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.5
PETRARCH® V4917 by United Chemical Technologies is a reactive vinyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.6
Reactive allyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.6
Reactive vinyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.7
Reactive 2-(diphenylphosphino)ethyltriethoxy-silane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 2.9
Hydrophobic phenyltriethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 3.1
Petrarch® T2902 by United Chemical Technologies is a reactive 1-trimethoxysilyl-2-(p,m-chloromethyl)-phenylethane. Used as a surface modifying reagent to decrease wettability or increase adhesion of... view more
Applications
United Chemical Technologies
HSP Distance: 3.2
Reactive 3-acryloxypropyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 3.3
Reactive (p-Chloromethyl)phenyltrimethoxysilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 3.7
Polar, reactive mixture of polymers of 2-(carbomethoxy)ethyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or... view more
Applications
United Chemical Technologies
HSP Distance: 3.7
Hydrophobic phenyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
United Chemical Technologies
HSP Distance: 3.9
Reactive 3-chloropropyltrichlorosilane. Used as a surface modifying reagent to decrease wettability or increase adhesion of the polymer to glass, silicon or metals... view more
Applications
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