Microfertilizer Zinc Zn - highly concentrated fertilizers

BAST Zn (BAST Zinc) highly concentrated liquid fertilizer with zinc content

COMPONENTS:

• Zinc (Zn) - (750 g / l);
• Nitrogen (N) - (20 g / l);

Liquid combined fertilizer with nitrogen and zinc content. Designed for foliar feeding of industrial crops, cereals (spikelets), corn, vegetable crops grown according to various technologies and pre-sowing seed treatment.

The purity of the raw materials from which this product is made makes it safe to apply and ensures that the resulting product will be of high quality. The product is compatible with most plant protection products and fertilizers.

PURPOSE:

The fertilizer is used for foliar feeding of all crops. It can be used in closed and open ground conditions. It is characterized by a high concentration of zinc (in the form of a suspension) and nitrogen. The microfertilizer is resistant to washing off by rains due to the fact that it contains an adhesive. Dissolves and mixes quickly.

Most often used for feeding corn, grapes, wheat, potatoes, apple orchards.

Features of foliar fertilizer BAST Zinc

• working solution is not aggressive to agricultural machinery and remains for a long time after preparation

• highly concentrated liquid nourishing formulation that contains 3-10 times more zinc than similar products on the market

• much easier to use than powdered products containing zinc, BAST Zn is easier to dissolve and mix in the spray tank

• quickly absorbed by the plant, has a prolonged duration of action, allows you to get the effect with fewer treatments

• has lower consumption rates

The result of application outside the root fertilizer BAST Zinc

• extends the shelf life of the crop

• increases drought resistance, frost resistance of crops

• prevents diseases that result from zinc deficiency

• stimulates the growth and development of growth points, the formation of leaves, flowers, the processes of fertilization and fruit formation

• increases productivity and improves product quality

Application rates BAST Zinc

• cereals 1-2 l / ha from the appearance of 2 leaves to the formation of 2 nodes. If necessary, repeat after 10-14 days. The number of treatments - 1-2. Water consumption rate 300 l/ha

• corn - 1 l/ha in the phase from 3 to 8 leaves. Number of treatments - 1. Water consumption: 300 l/ha

• rapeseed - 1-2 l/ha in the phase from 4 to 9 leaves. Number of treatments - 1. Water consumption: 300 l/ha

• sunflower - 0.5-1 l/ha in the phase of 2 pairs of leaves. If necessary, repeat after 10-14 days. The number of treatments - 1-2. Water consumption rate: 200-300 l/ha

• peas, beans, soybeans - 0.5-1 l/ha in the phase of 5-7 leaves. If necessary, repeat after 10-14 days. The number of treatments - 1-2. Water consumption rate - 300 l/ha

• potatoes - 1 l / ha with the appearance of 100% seedlings. If necessary, repeat at intervals of 10-14 days. The number of treatments - 1-2. Water consumption rate: 300l/ha

• vegetable crops - 0.5-1 l/ha   in the phase prior to budding. If necessary, repeat after 10-14 days. The number of treatments - 1-2. Water consumption rate - 300 l/ha

• cabbage - from 1 to 2 l/ha in the stage of 4-9 leaves. Water consumption: 300 l/ha

"BAST Zn": a fertilizer that eliminates zinc deficiency

Trace elements, although they are necessary for the normal development of crops in small quantities (compared to macroelements), nevertheless, are an important biological component of any plant, because they are the "building material" for the enzyme systems of a living organism. That is why at the present stage of development of agriculture, the introduction of microfertilizers to meet the needs of plants is of particular importance.

The gradation of the needs of crops in microelements has been reliably determined: for example, boron comes first, then iron, manganese, copper, and then molybdenum, zinc and cobalt. It should be noted that for these trace elements it has been established exactly what role they play in the processes of nutrition of crops, and fertilizers and the most effective methods for their application have been developed.

The impact of zinc on crop productivity

This trace element is a prerequisite for creating optimal conditions for the development of all plants, without exception, however, the following crops are most sensitive to zinc deficiency: fruit, grapes, corn, hops and flax. Moderately sensitive to "zinc starvation" are most legumes, sugar beets, sunflowers, berries and vegetables. Low sensitivity is shown by cereal grains - wheat, rye, barley, oats.

What role does zinc play in vital plant processes?

1. This trace element helps to activate enzymes, and is also part of the enzymatic systems responsible for respiration, protein synthesis and auxins.
2. Promotes the development of crop resistance to adverse weather conditions - drought, frost, high air temperatures.
3. Regulates the growth processes of generative organs.
4. Increases the synthesis of sugar and starch, the total level of carbohydrates, ascorbic acid.