Vantex®-T Amine Additive
Vantex®-T Amine Additive
Vantex®-T Amine Additive
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Vantex ® The lower -T is liquid/liquid a low-odor zero-VOC interfacial amine tensions additive exhibited by both by European aqueous and solutions American of Vantex standards, exceeding ISO<br />
11890-2 in the EU and EPA Method 24.<br />
WhAT iS A VOC?<br />
• Depends on the definition<br />
• More of a legal issue than it is scientific<br />
• New definitions based on nominal boiling point at atmospheric pressure under development<br />
• A normal BP>280° C being discussed<br />
® -T lead to better<br />
pigment dispersion, emulsion stability and syneresis control in paints. This example shows the<br />
syneresis control after one week of three paints made up with different amines with markedly different<br />
interfacial tension modification properties. Vantex ® -T, with its ability to significantly reduce oil/water<br />
interfacial tension, provides for the best syneresis control.<br />
The normal boiling point of Vantex ® -T (>285° C) can be determined via a number of standard thermal methods.<br />
A determination based on differential thermal analysis (DTA) is illustrated below:<br />
AMP-95<br />
HlB = 13<br />
Vantex-T<br />
HlB = 12<br />
Some liquid/liquid interfacial tensions are summarized in the bar chart below.<br />
AMP = 2-amino-2-methyl-1-propanol.<br />
MAE = Methylaminoethanol.<br />
DGA = diglycolamine.<br />
MEA = monoethanolamine, TEA = triethanolamine<br />
Ammonia HlB = 20