Range: SIAPORCategory:

DIABLO S NPK (Ca-S)  9-12-18 (8-15) with boron (B), iron (Fe) and zinc (Zn)

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ORGANO-MINERAL FERTILIZER WITH LOW LEVELS OF CHLORINE 

Large amount of humified organic carbon (humic and fulvic carbon)

It is an innovative organo-mineral NPK fertilizer, with meso (calcium, sulfur) and microelements (boron, zinc and iron) suitable for horticultural such as solanacea, cucurbits, brassicas and leaves vegetables, but also for the asparagus, fruit trees and vines, requiring a prevalent source of potassium sulphate, aimed at minimizing salinity and chlorine; it comes along with good amounts of available phosphorus and gradual release nitrogen, for a balanced development and an efficient ripening of sugars, starch and color.

• Packaging: Kg 25-500
• Shape: minipellets
NPK ratio: 1 : 1,3 : 2

The presence of calcium, sulfur and microelements, essential to the setting and the photosynthetic activity, make the product suitable on grapevines and several vegetable crops. Nutrient units, while reacting with the humified part of organic matter (humic and fulvic acids and humins), acquire a considerable degree of protection thus allowing an optimal agronomic yield. This allows:

high and extended nutrient availability for the entire crop cycle;

reduction of losses due to insolubility, leaching and evaporation;

rationalizing the fertilization technique, with the option of moving forward from periods of nutritional usage;

saving in fertilizer units.

The added mineral nitrogen is protected and gradually swapped out as being integrated into the humic part of the organic matter. Calcium makes the cell membranes stronger, neutralizes the organic acids and improves the quality of the production. Sulfur (SO3 15%) contributes by feeding the plant with a better amino acid metabolism on a cellular level. Boron, iron and zinc: the first one improves fruit setting, uptake and transport of calcium, the second one enhances photosynthetic efficiency and production of sugar, the latter affects the metabolism of nitrogen and phosphorus uptake.