<p>Trimethylamine Anhydrous (TMA) is a versatile building block that is used in a limited number of applications. We produce a number of TMA derivatives like choline chloride and chlormequat chloride.</p> <p>For other applications we sell the TMA in the free market. TMA is used as raw material for choline based pharmaceuticals, surfactants and solvents, cationic starches, phase transfer catalysts, ion-exchange resins,nutraceuticals,… </p> <p>TMA is available in 2 forms : <ul><li>as anhydrous liquified gas, TMA 100% <li>as aqueous solution, TMA 25, 30 and 40%</ul></p> <p>We operate our own container fleet for TMA 100%, to guarantee a high quality service.</p> <p><strong>Characteristics:</strong></p> <p> Density of anhydrous trimethylamine in the liquid state, as a function of temperature:<br> <br><img src="http://www.eastman.com/SiteCollectionImages/Products/TMA-Density.jpg"></p> <p> Heat of vaporization of anhydrous trimethylamine, as a function of temperature:<br> <br><img src="http://www.eastman.com/SiteCollectionImages/Products/TMA-Heat-Vaporization.jpg"></p> <p> Specific heat of anhydrous trimethylamine, as a function of temperature:<br><br> a. in the vapour state:<br> <br><img src="http://www.eastman.com/SiteCollectionImages/Products/TMA-Specific-Heat-Vapour.jpg"></p> <p> b. in the liquid state:<br> <br><img src="http://www.eastman.com/SiteCollectionImages/Products/TMA-Specific-Heat-Liquid.jpg"></p> <p> Vapour pressure of anhydrous trimethylamine, as a function of temperature:<br> <br><img src="http://www.eastman.com/SiteCollectionImages/Products/TMA-Vapor-Pressure.jpg"></p>
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