Cell Boron Yield Enhancing Foliar Fertilizer from Agrovation, use from flowering to oil plant

35.840 HUF +VAT

Csongrád-Csanád county, 6760 Kistelek

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Description
The price is valid for orders of 20 litres. Delivery costs are not included in the price.
The product is available in several pack sizes.

Cell Boron - a highly efficient liquid foliar fertilizer that effectively promotes better crop fixation in boron and molybdenum demanding crops. Boron stimulates the generative stage from the beginning of flowering, helping to improve pollen formation and crop fixation. Molybdenum is essential for nitrogen uptake, especially in cruciferous crops which are sensitive to nitrogen deficiency. Copper is a constituent of enzymes and supports the energy needs of fertilisation. It is a foliar fertiliser for the micro-nutrient supplementation of oilseed crops, vegetables and fruit crops in particular.

Boron stimulates the generative processes, the shoots and the development of the pollen tube, enhances the stability of the cell wall and is therefore indispensable for the life of plants. In its absence, fertilisation is reduced and attachment is impeded. As an essential micronutrient, its presence is vital for all crops, particularly vines, fruit crops, oilseeds and certain vegetables. Its uptake is most intense at the beginning of vegetation.
Cruciferous plants (e.g. rape) are highly sensitive to molybdenum deficiency, with poor growth, distorted leaves in severe cases and poor regeneration in the event of injury. The effect of Cell Boron on flowering is complex; applied during the development of the flower organs, it stimulates their differentiation and produces well-developed flower formations. When applied before flowering, it has a very positive effect on the formation of pollen, improves fertility and keeps the pollen moist for a long time even under unfavourable conditions. It helps pollen to adhere and provides energy for pollen tube propulsion, thus ensuring perfect attachment. Copper significantly influences the formation and development of generative organs through enzymatic processes. Copper in Cell Boron can help prevent or inhibit chlorophyll degradation, thus providing the energy needed for fertilisation.

Microelements:

Boron (B): 13 m/v%
Copper (Cu): 0.66 m/v%
Molybdenum (Mo): 0.32 m/v%