( 2-Hydroxy-1,2,3-propanetricarboxylic acid,ß-Hydroxy-tricarboxylic acids, 3-[(Amino-2methyl-5-pyrimidinyl)methyl]-5-(2-hydroxyethyl)-4-methylthiazoliumchloride
Introduction:
Thanks to the chelating agents in organic form that it contains, by bonding to itself the cations and ions that are soluble in water, Chelator forms chelation or complexes these chelating agents. Depending on the need, the stable absorbable pH interval is quite wide. Starting from weak acidic, in neutral and weak basic Ph intervals, it successfully performs chelation and complexing. It makes sure that the chelation processes that are used in many branches of chemical industry are successfully completed. Especially, in the retention of molecules containing elements in the I A and II A groups and in intermolecular ion exchange, it functions without pH limitation.
Thanks to the carboxylic poles that it contains, it perfectly acts as a chelator in watery solutions of metals. Without showing much limitation in chemical reaction, it enables cation exchange process in many watery solutions. It is also very effective in the elimination of the lime in water and it is perfectly compatible with water chemicals. Its use gave very successful results in paint and textile industries and pharmaceutical industry.
Depending on all these specifications, Chelator has a great innovator quality regarding the efficiency of fertilizers on plants in agricultural applications. Depending on the rate of usage, while it perfectly chelates nitrogen and potassium in NPK fertilizers, it also increases the usefulness of phosphorus. When mixed with trace elements, it easily chelates them. It prevents the retention and binding of plant nutrients in the soil and by enabling them to resolve, it speeds up their transfer to the plant. In foliar applications, it perfects the absorption of plant nutrients.
Directions for Use:
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