The new generation of copper products

The passage of time has not been indifferent with the appearance of new copper products to enhance the use of this nutrient. Research has played a fundamental role in this respect and in the “chapter” of copper we have much to contribute.

The main advantage of soluble copper is that it can be applied to a lower dose of copper metal, except when it comes to copper salts, which, as we saw earlier with sulphate, despite being from the soluble group, reports many complaints between the farmers.

We could say that the last generation of copper products are those in which the copper atom is protected with a chelating or complexing agent.

How to address the biostimulation of vegetative development

When discussing biostimulants, first of all it is necessary to differentiate formulations where its origin is of plant or animal extracts from those composed with synthetic amino acids. The difference is clear.

Within the DISPER range we offer an interesting solution to stimulate with precision the vegetative development of the plant. It is DISPER Chlorophyl GS. Thanks to its content of 60% of free amino acids, all of them of synthesis, it is one of the most concentrated products of the market and with many differentiated advantages.

Biostimulation through amino acids. The keys to succeed

We all agree that crop nutrition is the key to their optimal development.

Biostimulation would be the next step to nutrition but it should not be understood as a resource only necessary in conditions of plant stress.

Well-directed biostimulation, with strategically selected molecules and in a specific stage of the crop cycle, offers very satisfactory results. I will show you how. 

In cases of stress, (although I insist, that should not be the only reason for its implementation) biostimulant products play a fundamental role, since the limitation is not the amount of nutrients available for the crop but abiotic factors (radiation, temperature , water, wind, etc.) or biotic (attack of pests or diseases) that limit their development.