Aquabor® MSR is a multifunction product with general applications in industrial and consumer products. It is a mild alkaline salt composed of a fine white powder that dissolves easily in water. Aquabor® dissolves even in cold water, with the maximum possible dispersion and solubility rate to obtain supersaturated solutions with high concentrations of boron.
In addition to its already established use as a spray on farms, it can be used in various ways in agro-industrial markets. Minera Santa Rita S.R.L. produces its Aquabor® in a modern spray-drying plant built entirely of 316L stainless steel, which guarantees high purity without contamination.
Aquabor® Fertilizer is available in 25kg polypropylene bags and 680.40kg pockets. PH + or pH = 8.5 (5% by weight in solution at 22 ° C) pH = 7.3 (10% by weight in solution at 22 ° C).
Applications and benefits
Plant growth regulator. Foliar applications due to boron deficiencies. Coating of finished solid fertilisers. Formulate high performance liquids containing either boron alone or a combination of nutrients for spraying, “fertigation”or irrigation.
Compounds that have surfactant or detergent properties.
Inclusion in multi-element soluble powder formulations for spraying on farm. The
amorphous particles of Aquabor facilite rapid wetting and incorporation in water and move viscous liquids even at low temperatures.
Correcting Boron Deficiency
In solid or liquid fertilizers, to the seedbed in annual crops or under the foliar canopy of perennial crops. Perennial and annual crops can also be sprayed with boron containing solutions.
These are normally tank mixed with other micronutrients or with agrochemical products.
Flame proofing. Prevent wood decay from microbial attack.
Isolation / Flame retardant / Corrosion Inhibition.
Fungicide. Fungi protection. Target ants, cockroaches, crickets, silverfish, earwigs, flies, millipedes, centipedes, mold and mildew.
An acidic or basic substance used to alter the acidity (pH) of a solution or product.
Kill leaves on broad leaf plants. Commonly used in cotton.
Minimal Crystallisation Effect
Aquabor causes minimum changes to crystallization temperatures or density of
IsThe amorphous particles of Aquabor facilitate rapid wetting and incorporation in water and more viscous liquids, even at low temperatures.