For Organic Bananas,and all organic fruits and vegetables

Zinc (Zn): Ormin Humat Zinc The reason for the lack of this element is usually due to the excess phosphorus. The low level of useful zinc in the soil is related to low soil temperature, the presence of free lime, low organic matter, high phosphorus level. High levels of useful phosphorus in the soil, zinc in the medium level of the soil, at low temperatures, zinc deficiency in the plant causes, but at high temperatures, this deficiency is not seen.


Zinc deficiency, Ormin Humate Zinc also prevents the normal size of the leaves to change their shape. In the case of zinc deficiency, the leaf system of the tree becomes sparse and the node spacing becomes shorter. The yield of trees exposed to zinc deficiency is also decreasing. Zinc deficiency is mostly seen in citrus fruits in fruit trees. Therefore, in almost all regions of the world there is a lack of zinc in the citrus regions. Leguminous grains show zinc deficiency in other fruit species. For example, the lack of zinc in the grains causes the young leaves to lose their normal green color and cause a reddish color and old leaves to die. A grayish color of the grain stem is also considered a typical result of zinc deficiency. Zinc deficiency in plants usually has a significant effect on root formation and causes a weakening of root demand in the plant. It also reduces the amount of uptake at high pH. Chlorosis is seen in the leaves where zinc deficiency is seen in the leaves. The number of buds decreases and some buds remain unopened. The most sensitive species to zinc deficiency are citrus, peach, corn, soy potato and onion. Excessive phosphorus fertilization causes zinc deficiency. In addition to zinc toxicity, root development and iron uptake of the plant phosphorus is reduced.


.The plant is an extremely important product in terms of physiology. . supports the development of shoots. . Increases the resistance of the plant to cold. . In the plant metabolic activities, some enzymes are activated. . Supports chlorophyll formation. . sugar and carbohydrates. . taken for plant. . Thanks to the carbon it contains, it prevents the plant from spending too much energy during the fertilization process. . It is the basic element of carbon, carbohydrates, cellulose, lignin, proteins, nucleic acids and many other organic compounds. . Increases the water holding capacity of the soil. . Humic-fulvic acid regulates soil structure. . regulates the pH of the soil and cuts the salt.


Ormin Gold NPK

Ormin Gold Npk 15 + 15 + 15 Me Zinc (Zn): The reason for the lack of this element is usually due to Phosphorus excess. The low level of useful zinc in the soil is related to low soil temperature, the presence of free lime, low organic matter, high phosphorus level. High levels of useful phosphorus in the soil, zinc in the medium level of the soil, at low temperatures, zinc deficiency in the plant causes, but at high temperatures, this deficiency is not seen.


Ormin Gold Npk 15 + 15 + 15 Me also prevents the leaves to take their normal size as they change their shapes. In the case of zinc deficiency, the leaf system of the tree becomes sparse and the knot spacing becomes shorter. The efficiency of trees exposed to zinc deficiency is also decreasing. Zinc deficiency is mostly seen in citrus fruits in fruit trees. Therefore, zinc deficiency is found in the citrus regions in almost all parts of the world. Zinc deficiency is seen in other fruit species, while leguminous cereal crops. For example, zinc deficiency in cereals causes young leaves to lose their normal green color and cause a reddish color and old leaves die. A grayish color of the grain straw is also regarded as a typical consequence of zinc deficiency. Zinc deficiency in plants often have a significant effect on root formation and causes a very weakening of the root demand in the plant. It also decreases intake at high pH. Zinc deficiency is seen in the leaves between the veins chlorosis is seen. The number of buds decreases and some buds remain unopened. The most susceptible species to zinc deficiency are citrus, peach, corn, soy potato and onion. Excessive phosphorus fertilization causes zinc deficiency. Zinc toxicity, as well as the root development of the plant's phosphorus and iron intake decreases.


Provides supply of NPK macro nutrients needed by plant. In addition, Zn (Zn) provides micro nutrients. Thanks to the organic material in its structure, NPK provides nutrients to remain in the soil for longer. It is a product that will be used throughout the season in the regions and products where dry agriculture is done. It is used for breeding and product binding in plants with shorter growing and product periods. Thanks to organic matter and humic-fulvic acid, it regulates soil and increases the value of organic matter of soil. It has an effect on the growth, fertilization and quality of the product. Increases ground cation exchange capacity (CEC).


Increases the efficiency of fertilizers and reduces feeder leakage.

Supports root growth

Increases the permeability of cell membranes and increases nutrient uptake in roots.

It acts as a natural chelator for micro elements in alkaline soils and increases its usability for plants.

The stress caused by drought and stress is reduced by plant applications.

Increases germination of seeds

Reduces the residues of herbicides and toxic substances in soils.

Prevents nitrogen infiltration

Provides 100% of nitrogen easily for plant


Ormin Gold Plus

Zinc (Zn): Ormin Gold Plus 10 + 10 + 10 Me The reason for the lack of this element is usually due to the excess of Phosphorus. The low level of useful zinc in the soil is related to low soil temperature, the presence of free lime, low organic matter, high phosphorus level. High levels of useful phosphorus in the soil, zinc in the medium level of the soil, at low temperatures, zinc deficiency in the plant causes, but at high temperatures, this deficiency is not seen.


Zinc deficiency Ormin Gold Plus 10 + 10 + 10 Me also prevents the leaves to take their normal size and cause their shapes to change. In the case of zinc deficiency, the leaf system of the tree becomes sparse and the knot spacing becomes shorter. The efficiency of trees exposed to zinc deficiency is also decreasing. Zinc deficiency is mostly seen in citrus fruits in fruit trees. Therefore, zinc deficiency is found in the citrus regions in almost all parts of the world. Zinc deficiency is seen in other fruit species, while leguminous cereal crops. For example, zinc deficiency in cereals causes young leaves to lose their normal green color and cause a reddish color and old leaves die. A grayish color of the grain straw is also regarded as a typical consequence of zinc deficiency. Zinc deficiency in plants often have a significant effect on root formation and causes a very weakening of the root demand in the plant. It also decreases intake at high pH. Zinc deficiency is seen in the leaves between the veins chlorosis is seen. The number of buds decreases and some buds remain unopened. The most susceptible species to zinc deficiency are citrus, peach, corn, soy potato and onion. Excessive phosphorus fertilization causes zinc deficiency. Zinc toxicity, as well as the root development of the plant's phosphorus and iron intake decreases.


Increases soil cation exchange capacity (CEC).

Increases the efficiency of fertilizers and reduces feeder leakage.

Supports root growth

Increases the permeability of cell membranes and increases nutrient uptake in roots.

It acts as a natural chelator for micro elements in alkaline soils and increases its usability for plants.

The stress caused by drought and stress is reduced by plant applications.

Increases germination of seeds

Reduces the residues of herbicides and toxic substances in soils.

Prevents nitrogen infiltration

Provides 100% of nitrogen easily for plant


Ormin Humate Iron

Ormin Humat Demir (Fe): Lime or ground water in high soils or excess manganese-containing soil is seen a lot. Especially in young leaves, yellow-white color turns out as a color. Deficiencies increase in spring, early autumn and very dry environments. Iron is generally 50 - 200 ppm in plant tissues. It is located between. Numerous reactions, enzymatic activities, chlorophyll synthesis and chlorophyll formation is an important micro element that affects photosynthesis with protein.

Symptoms of Iron Deficiency; Ormin Humat Demir; excess calcium in the soil generally prevents iron uptake. The veins remain green in leaves with iron deficiency, but the vessels are yellow. In case of deficiency, complete yellowing and then drying is seen. Iron deficiency; In fruit trees, iron deficiency is more common than other plants. Especially citrus fruits are very sensitive to iron deficiency. The same is seen in apple and quince trees. Iron deficiency in fruit trees and other plants, often due to the lack of iron in the soil in this nutrient is not found to be too low, due to the effects of various factors in the plant can not benefit from iron found in the soil.


. Iron in plants is a component of cells, proteins and enzymes in general. . Takes part in nitrogen fixation, respiration and photosynthesis activities. . It acts as a catalyst in the formation of chlorophyll. . The main thank you for the new growing young parts of plants. . promotes chloroplastic protein formation. . It acts as enzyme and co-enzyme in plant. . It is necessary for the electron transport of enzymes. . it consumes less energy during the intake of plant nutrients thanks to carbon. . The carbon contained in it is the basic element of carbohydrates, cellulose, lignin, proteins, nucleic acids and many other organic compounds. .The soil raises the water holding capacity. . regulates soil with humic-fulvic acid. . regulates the pH in the soil and breaks the salt. How to use. The product should be used in powder, granule form and in contact with soil and mixed with soil. In the process of land preparation; The plant is prepared for sowing the surface of the thoracic or manually after being thrown to the surface of the product with a slight processing is provided. In fruit trees; Used with tape or tape application. The projections of the plant are applied to the soil in the form of circles or strips and the soil is mixed with a light treatment. In the cultivation of vegetables and open field vegetables; It is applied to the root areas of the plants in the form of bands or strips and mixed with the torpedo.

Ormin K-Humate Combi

Ormin K Humat Combi is a high quality plant growth stimulant and soil regulator containing 100% water soluble concentrated Humic and Fulvic acids. Humic and Fulvic acids in the product prevents the penetration of macro and micro elements into the subsoil.

Ormin K Humat Combi It is directly effective on product formation. . It plays an active role in the formation of the green parts of the plant and photosynthesis. It is effective in the development of the roots and roots. Helps improve color, taste, aroma and storage conditions. . increases the resistance of the plant against drought and stress conditions. . helps to reduce the negative effects of cold and cold. promotes the formation of enzymes and proteins. . it consumes less energy during the intake of plant nutrients thanks to carbon. . The carbon contained in it is the basic element of carbohydrates, cellulose, lignin, proteins, nucleic acids and many other organic compounds. Increases the water holding capacity of soil. . regulates soil with humic-fulvic acid. . regulates the pH in the soil and breaks the salt.


Ormin K Plus

Ormin K Plus 2 0 10% 100% produced by Turkish technology and domestic raw materials Ormin K Plus 2 0 10 33 It is the export leader in the country and is produced with the first and only spray dry technology in our country. plant growth stimulant and soil regulator.


Organic Matter 45%


Total Humic + Fulvic Acid 45%


Water Soluble Potassium 10%


Maximum Humidity 20%

Physical benefits

Ormin K Plus 2 0 10 By correcting the structure of the soil, it combines with the clay minerals and brings the soil into a granular structure. Increases soil and water permeability, looseness and processing property rises and clumping is prevented. It ensures the breakdown of inefficient clay soils and makes the soil productive. Prevents jammed soil, helps puffy and air. Ormin K Plus 2 0 10 Because of the increase in the air ventilation of the soil, it allows the roots to be ventilated. Helps to rejuvenate the tired soil. .Humic acid can hold up to 20 times its own weight, so it increases the water retention of the soil. Balances the amount of water, increases the resistance of the plant to drought, increases the efficiency in arid regions. Provides efficient watering with little water. Seed bed conditions help to be appropriate. Combines small particles in the soil, prevents cracking in the soil and prevents erosion. Increases the benefit of the sun because it darkens the soil color.


Chemical benefits

Neutralize the soil with basic and acidic properties. It removes excess amount of lime and salinity and adjusts pH balance. It keeps inorganic fertilizers in the roots and releases them when needed. It prevents the nutrients around the root to be washed away. Because it gives more fertilizer to the soil slowly, it provides the soil structure which is continuously efficient. Prevents damage due to excessive fertilization. It increases the cation exchange capacity to the soil. It enables the plant to be used by releasing the nutrients that the soil particles hold. It is chemically active and has the property of forming minerals, metals, organics that are in the soil as soluble or insoluble complexes. In this way, the plants are ready to hold the nutrients needed. Increases the nitrogen in the soil, provides the removal of iron deficiency.


Ormin K Plus 2 0 10 Using organic ions of metal oxides in alkaline media, organic metal complexes are formed. Releases the carbon dioxide in the lime which is in the soil, making it used in photosynthesis. It provides high absorption of nutrients by plants such as potassium, phosphorus, nitrogen, iron and zinc. It is rich in minerals required in plant development. It helps to clean the soil from toxic, pollutant and harmful substances. Biological benefits. As it accelerates cell division, it helps plants grow and grow rapidly. It also supports the growth of seedlings. .It accelerates the development of root, provides their strength. It helps to develop the roots longitudinally. For this reason, the plant provides more food. .To accelerate the seed germination, ensures that the plant stays alive. Increases cell wall thickness of stems, helps to prolong storage time and increase shelf life. Products will be better quality. Both their appearance and nutritional value are high. When humic acid is used, the yield from the soil increases, and the products obtained are nutritious and healthy.

Magic Leon Potasyum NK Organomineral

Magic Leon 1-0-15 It is the perfect mixture of organic matter and potassium. It can be applied to all types of soil and plants, and nitrogen, phosphorus, nitrogen and other micro-elements can be taken in the form of plants and the need to keep the plant slowly until the need is the most distinctive feature compared to other chemical fertilizers.

Magic Leon 1-0-15 With high concentration of potassium and humic acid content, it gives organic potassium to the plant in humic acid chelates. In this way, potassium absorption and translocation in the plant is ensured. . It can be taken easily by the plant, it is a source of high mobility of potassium. Thanks to organic matter and humic-fulvic acid, it regulates soil and increases the value of organic matter of soil. It has an effect on the growth, fertilization and quality of the product. Increases ground cation exchange capacity (CEC).


Increases the efficiency of fertilizers and reduces feeder leakage.

Supports root growth

Increases the permeability of cell membranes and increases nutrient uptake in roots.

It acts as a natural chelator for micro elements in alkaline soils and increases its usability for plants.

The stress caused by drought and stress is reduced by plant applications.

Increases germination of seeds

Reduces the residues of herbicides and toxic substances in soils.

Prevents nitrogen infiltration

It provides 100% of the nitrogen easily for the plant.

Magic Leon Organo Organomineral

Magic Leon 8-21-0 + SO3 The plant gives the plant the necessary phosphorus at plant growth points during the critical growth stages (early period intensive root development, bud, seed formation stages, flowering, fruit growth and growth u etc.) where the plant needs high levels of phosphorus.


Magic Leon 8-21-0 + SO3 Increases the activity of beneficial soil bacteria with its high organic carbon content. Thanks to these superior properties, the product is a growth stimulant, soil regulating economic fertilizer applicable to all types of plants, soil types. The product can be applied alone or mixed with other granular fertilizer applications. Thanks to the organic material in its structure, NPK provides nutrients to remain in the soil for longer. It is a product that will be used throughout the season in the regions and products where dry agriculture is done. It regulates soil with organic matter and humic-fulvic acid and increases the value of organic matter of soil. It has an effect on the growth, fertilization and quality of the product. Increases ground cation exchange capacity (CEC).


Increases the efficiency of fertilizers and reduces feeder leakage.

Supports root growth

Increases the permeability of cell membranes and increases nutrient uptake in roots.

It acts as a natural chelator for micro elements in alkaline soils and increases its usability for plants.

The stress caused by drought and stress is reduced by plant applications.

Increases germination of seeds

Reduces the residues of herbicides and toxic substances in soils.

Prevents nitrogen infiltration

It provides 100% of the nitrogen easily for the plant.


Magic Leon NPK Organomineral

Magic Leon 7 + 7 + 7 + Zn Increases the activity of beneficial soil bacteria with its high organic carbon content. Magic Leon 7 + 7 + 7 + Zn Thanks to these superior properties, the product is a growth stimulant, soil regulating economic fertilizer applicable to all types of plants, soil types. The product can be applied alone or mixed with other granular fertilizer applications.


Magic Leon 7 + 7 + 7 + Zn Thanks to the organic material in its structure, NPK allows nutrients to remain in the soil for longer. It is a product that will be used throughout the season in the regions and products where dry agriculture is done. It is used for fertilization and product binding in plants with short duration of growing and product. It has an effect on the growth, fertilization and quality of the product. Increases ground cation exchange capacity (CEC).


Increases the efficiency of fertilizers and reduces feeder leakage.

Supports root growth

Increases the permeability of cell membranes and increases nutrient uptake in roots.

 It acts as a natural chelator for micro elements in alkaline soils and increases its usability for plants.

The stress caused by drought and stress is reduced by plant applications.

Increases germination of seeds

Reduces the residues of herbicides and toxic substances in soils.

Prevents nitrogen infiltration

 It provides 100% of the nitrogen easily for the plant.

Magic Leon Taban Organomineral

Magic Leon 10-10-0 It is an organomineral fertilizer that incorporates organic fertilization and soil regulating properties. It is the most distinguishing feature of other chemical fertilizers to keep Aot, Phosphorus, Nitrogen and other Micro elements in a form that plants can take and give them slowly to the plant as needed. Thanks to its granular form, each granule gives the necessary nutrients homogeneously to the soil. When the plant roots reach these granules, they can take the nutrients they need (NPK) directly with these granules instead of searching individually.


Magic Leon 10-10-0 Increases the activity of beneficial soil bacteria with its high organic carbon content. Thanks to these superior properties, the product is a growth stimulant, soil regulating economic fertilizer applicable to all types of plants, soil types. The product can be applied alone or mixed with other granular fertilizer applications. Thanks to the organic material in its structure, NPK provides nutrients to remain in the soil for longer. It is a product that will be used throughout the season in the regions and products where dry agriculture is done. It is used for breeding and product binding in plants with shorter growing and product periods. It regulates soil with organic matter and humic-fulvic acid and increases the value of organic matter of soil. It has an effect on the growth, fertilization and quality of the product. Increases ground cation exchange capacity (CEC).


Increases the efficiency of fertilizers and reduces feeder leakage.

Supports root growth

Increases the permeability of cell membranes and increases nutrient uptake in roots.

It acts as a natural chelator for micro elements in alkaline soils and increases its usability for plants.

The stress caused by drought and stress is reduced by plant applications.

Increases germination of seeds

Reduces the residues of herbicides and toxic substances in soils.

Prevents nitrogen infiltration

It provides 100% of the nitrogen easily for the plant.


Extra Cinko

Black Diamond Extra Zinc It contains zinc and potassium together with organic matter and humic-fulvic acid.

Zinc's task in the plant;


Zinc (Zn): The reason for the lack of this element is usually due to the excess phosphorus. The low level of useful zinc in the soil is related to low soil temperature, the presence of free lime, low organic matter, high phosphorus level. High levels of useful phosphorus in the soil, zinc in the medium level of the soil, at low temperatures, zinc deficiency in the plant causes, but at high temperatures, this deficiency is not seen.


Zinc deficiency also prevents the leaves from taking their normal size and causes their shapes to change. In the case of zinc deficiency, the leaf system of the tree becomes sparse and the knot spacing becomes shorter. The efficiency of trees exposed to zinc deficiency is also decreasing.


Fruit trees contain zinc deficiency is most common in citrus fruits. Therefore, zinc deficiency is found in the citrus regions in almost all parts of the world.


Zinc deficiency is seen in other fruit species, while leguminous cereal crops. For example, zinc deficiency in cereals causes young leaves to lose their normal green color and cause a reddish color and old leaves die. A grayish color of the grain straw is also regarded as a typical consequence of zinc deficiency. Zinc deficiency in plants often have a significant effect on root formation and causes a very weakening of the root demand in the plant. It also decreases intake at high pH.


Zinc deficiency

- Chlorosis is seen in the veins between the leaves.


- A badge formation is observed at the ends of the shoot.


- The number of buds decreases and some buds remain unopened.


- The most susceptible species to zinc deficiency are citrus, peach, corn, soy potato and onion.


- Excessive phosphorus fertilization causes zinc deficiency.


- Zinc toxicity, as well as the root development of the plant's phosphorus and iron intake decreases.


.Black Diamond Extra Zinc Thanks to the organic material in its structure, NPK allows nutrients to remain in the soil for longer.


.Black Diamond Extra Zinc It is a product that will be used throughout the season in dry agriculture areas and products.


It is used for breeding and product binding in plants with shorter growing and product periods.


It regulates soil with organic matter and humic-fulvic acid and increases the value of organic matter of soil.


It has an effect on the growth, fertilization and quality of the product.


Increases ground cation exchange capacity (CEC).


Increases the efficiency of fertilizers and reduces feeder leakage.

Supports root growth

Increases the permeability of cell membranes and increases nutrient uptake in roots.

It acts as a natural chelator for micro elements in alkaline soils and increases its usability for plants.

The stress caused by drought and stress is reduced by plant applications.

Increases germination of seeds

Reduces the residues of herbicides and toxic substances in soils.

Prevents nitrogen infiltration

Black Diamond Extra Zinc It provides 100% of Nitrogen easily for the plant.


Humic Acid

Black Diamond Humic Acid It contains the organic matter and the potassium required for its development thanks to the humic-fulvic acid and potassium found in the plant.

The functions of humic-fulvic acid in plant;

. Black Diamond Humic Acid Accelerates cell division. Therefore, the growth and development of the plant is accelerated.


. It accelerates root formation and development. It strengthens the roots. Promotes fringe root formation.


. It accelerates germination in seed. Increases the plant's ability to survive. it allows faster and stronger growth.


. Increases cell energy in the plant.


. It prevents the accumulation of nitrogen components by regulating plant metabolism.


. It has a stimulating effect on the development and proliferation of beneficial soil microorganisms. It increases the amount and activity of these in the soil.


. It increases the resistance of the plant against cold, heat and physical effects. Increases resistance against insects and diseases.


. Increases the thickness of cell walls in fruit (product). This increases the storage time and shelf life of the product.


. The resulting product (such as fruit, vegetables, flowers, grain, roots) is of better quality. They make their appearance more attractive and their nutritional value is higher.


Potassium in the plant;

Takes part in photosynthesis and provides water balance in the plant,

It is effective in sugar and nitrogen metabolism.

It makes the nitrogen used more effective.

It provides the transport of synthesized organic substances to the other necessary organs of the plants.

It increases the resistance of plants due to wind and similar factors.

By increasing the effect of the phosphorus used in plants contributes positively to root development.

It enables plants to reach maturity more easily.

It saves water in plants and increases the resistance of plants to thirst.

Improves product quality in plants.

It makes the plants less affected by salty and calcareous soils.

Increases resistance of plants against cold.

It increases the resistance of plants against diseases and pests.

Ca (calcium) and Mg (magnesium) excess Potassium is prevented. In order for the highly applied potassium to exhibit the expected effect on yield and quality, sufficient nitrogen must be present in the plant.

Low potassium levels cause a taste of unsweetened fruit.

Potash

Black Diamond Potash The product is in liquid and concentrated form. By spraying the plants in the form of a spray, the irrigation system (drip and sprinkler) is applied directly to the soil or onto the plant.

Potassium in the plant;


Black Diamond Potash is involved in photosynthesis and provides water balance in the plant.

It is effective in sugar and nitrogen metabolism.

It makes the nitrogen used more effective.

It provides the transport of synthesized organic substances to the other necessary organs of the plants.

It increases the resistance of plants due to wind and similar factors.

By increasing the effect of the phosphorus used in plants contributes positively to root development.

It enables plants to reach maturity more easily.

Black Diamond Potash It saves water in plants and increases the resistance of plants to thirst.

Improves product quality in plants.

It makes the plants less affected by salty and calcareous soils.

Increases resistance of plants against cold.

It increases the resistance of plants against diseases and pests.

Ca (calcium) and Mg (magnesium) excess Potassium is prevented. In order for the highly applied potassium to exhibit the expected effect on yield and quality, sufficient nitrogen must be present in the plant.

Low potassium levels cause a taste of unsweetened fruit.

Potassium Deficiency Symptoms


 First seen in old leaves. The yellow leaves on the ends and edges of old leaves and then appear as drying (the leaf remains green).


 Older leaves are smaller. In advanced cases, a large part of the leaf dries, but does not fall.


 A general water stress is seen in the plant. The plant is lifeless. The development slows down.


 Resistance to diseases and pests decreases.


 Decomposition in the form of fruits and vegetables, fruit quality drop, fruit is smaller and tasteless.

Phosphorus

Black Diamond Phosphorus Phosphorus deficiency causes the most damage to the plant. Phosphorus deficiency is primarily seen in older leaves (mobile). In case of deficiency, leaves show dark green, blue, and then red and red-purple appearance.

Black Diamond Phosphorus Phosphorus, flowering biology, seed formation, energy transfer (ATP), gene transfer (DNA), such as issues are absolutely necessary.


Duties of Phosphorus in Plant:


 Energy transfer (ATP) is effective in the transport and storage of substances such as sugar and starch.


 Takes part in the formation of nucleic acids (DNA) and gene transfer.


 It is important in flower and fruit formation and root development.


 It is essential for cell division and new cell formation.


 Meristem regulates the growth of my tissues.


 Phosphorus Deficiency Symptoms:


 The formation of weak, weak and soft flowers.


 The leaves turn dark green, then blue, and then turn red and red-purple (anthocyan accumulation).


 Slimming, lackluster and absorbing hairs are not formed sufficiently.


• Shortening of shoots, thinning and yarn development, shrinking between the knuckles.


• In addition to small and amorphous fruit formation, the reduction in the number of cores leads to shortening of core development disorders and shelf life.


Supermax

Black Diamond Supermax Amino acids have a mixed structure. They also contain sulfur and phosphorus. It is very easy and fast to buy due to plant origin. AMINO ACID accelerates plant metabolism by increasing the amount of chlorophyll and increases its efficiency. The environment makes the plant more resistant to stress conditions.

Black Diamond Supermax Performs the necessary protein synthesis for growth, growth, product rhythm and other life activities of plants.


increases the STRESS RESISTANCE of the plant against damage to the plants, such as high temperature, low temperature, frost, insect damage.


there is a direct effect on chlorophyll formation in others. It therefore promotes and increases the phenomenon of PHOTOSYNTHESIS in plants. Accordingly, the amount of dry matter in the plant increases.


allows the opening of the respiratory tract, nutrient inlet and excess water.


.amino acids are an excellent SHELVING material due to their effect on the permeability of the cell membrane.


.The effect on COOLING and FRUIT FORMATION.


.TOPRAK and PLANT provides the balance. It increases the adaptation of plants to the soil and promotes the formation of a good root system.


In addition, organic matter and humic-fulvic acid thanks to;


Thanks to the organic material in its structure, NPK provides nutrients to remain in the soil for longer.


It is a product that will be used throughout the season in the regions and products where dry agriculture is done.


It is used for breeding and product binding in plants with shorter growing and product periods.


It regulates soil with organic matter and humic-fulvic acid and increases the value of organic matter of soil.


It has an effect on the growth, fertilization and quality of the product.


Increases ground cation exchange capacity (CEC).


Increases the efficiency of fertilizers and reduces feeder leakage.

Supports root growth

Increases the permeability of cell membranes and increases nutrient uptake in roots.

It acts as a natural chelator for micro elements in alkaline soils and increases its usability for plants.

The stress caused by drought and stress is reduced by plant applications.

Increases germination of seeds

Reduces the residues of herbicides and toxic substances in soils.

Prevents nitrogen infiltration

It provides 100% of the nitrogen easily for the plant.

Calcium

Black Diamond Calcium is an essential nutrient required, without which plants cannot grow. An adequate amount of calcium provided to fruits and leaves is necessary to correct the deficiencies caused by Ca deficiency during plant growth and product growth, harvesting and harvesting. Calcium is a valuable element; provides high quality products and yield increase with nitrate.


Black Diamond Calcium Plant Duties


 Black Diamond Calcium is located between cells. It strengthens the cell wall.


 Helps cell growth and elongation.


 It is effective in the permeability of the cell membrane.


 It is necessary for normal flowering and root growth.


 Helps the intake of nitrates.


 It increases the resistance of the plant to diseases, drought and stress.


 Calcium Deficiency Symptoms


 The first deficiency is seen in young leaves and shoots. Young leaves die by dying the edges. Shoot tip growth stops, drying ends are observed drying.


Tomato, pepper and eggplant

Apple, pear in mushroom stain, bitter speckle

Sugar blight

Celery in fruits

Fruits in brown

 Plant tissue and fruits are soft, shelf and storage life is short.


 Root development weakens, the roots' durability decreases.


• The plant's resistance to diseases and pests is reduced.


 Conditions for Reducing Calcium Acquisition


 Feed with high ammonium (NH4) nitrogen.


 Water insufficiency in soil or high salt concentration.


 Conditions such as low temperature and inadequate ventilation, which prevent new root formation.


 Low pH soils.


 Soils with organic soils or excess organic matter.


 Excessive amounts of potassium or magnesium with fertilizer.


Amino

Black Diamond Amino, Amino acids have a mixed structure. It is very easy and fast to buy due to plant origin. AMINO ACID accelerates plant metabolism by increasing the amount of chlorophyll and increases its efficiency. The environment makes the plant more resistant to stress conditions.

bananas importer organic banana Black Diamond Amino Increases the plant's STRESS RESISTANCE against plants such as high temperature, low temperature, frost, insect damage.


there is a direct effect on chlorophyll formation in others. It therefore promotes and increases the phenomenon of PHOTOSYNTHESIS in plants. Accordingly, the amount of dry matter in the plant increases.


allows the opening of the respiratory tract, nutrient inlet and excess water.


.amino acids are an excellent SHELVING material due to their effect on the permeability of the cell membrane.


.The effect on COOLING and FRUIT FORMATION.


.TOPRAK and PLANT provides the balance. It increases the adaptation of plants to the soil and promotes the formation of a good root system.


In addition, organic matter and humic-fulvic acid thanks to;


Thanks to the organic material in its structure, NPK provides nutrients to remain in the soil for longer.


It is a product that will be used throughout the season in the regions and products where dry agriculture is done.


It is used for breeding and product binding in plants with shorter growing and product periods.


It regulates soil with organic matter and humic-fulvic acid and increases the value of organic matter of soil.


It has an effect on the growth, fertilization and quality of the product.


Increases ground cation exchange capacity (CEC).


Increases the efficiency of fertilizers and reduces feeder leakage.

Supports root growth

Increases the permeability of cell membranes and increases nutrient uptake in roots.

It acts as a natural chelator for micro elements in alkaline soils and increases its usability for plants.

The stress caused by drought and stress is reduced by plant applications.

Increases germination of seeds

Reduces the residues of herbicides and toxic substances in soils.

Prevents nitrogen infiltration

It provides 100% of the nitrogen easily for the plant.


Magnesium

Black Diamond Magnesium The central atom of chlorophyll is one of the key elements of the continuity of life with its important role in photosynthesis. The magnesium in the structure of chlorophyll, however, accounts for only 15% to 20% of the total magnesium in the plant, and in the case of magnesium deficiency, the amount of chlorophyll decreases and photosynthesis recedes. The natural result of this is growth retardation and product loss in plants.


The Task of Magnesium in a Plant

 Black Diamond Magnesium Chlorophyll is the central atom and is very important for photosynthesis.


 It plays a very important role in the transport and placement of phosphorus.


 It plays a role in the transformation of amino acids into polypeptides.


 It is the enzyme activator and helps the function of many enzymes.


Magnesium Deficiency Symptoms

 The first symptoms are observed in old leaves.


 Main and secondary veins are green and the vascular spaces are yellow. Rarely brown necroses are seen. Leaves can be poured early.


 Fruit stalk is weak and fruit spillage is excessive.


 There are serious reductions in efficiency.


Copper

Black Diamond Copper The need for copper is very low. The copper content of many plants is between 2 and 20 ppm in dry matter. Copper deficiency in plants is not common in the case of Ar. Copper deficiency can be observed in soils with high organic matter or pit soils. The reason for this is that organic matter has a very strong binding of copper.


Tasks of Copper in Plants

 Required for chlorophyll formation. It regulates the intake of carbon dioxide and is effective in photosynthesis.


 It is found in the structure of many enzymes. It is important for protein production.


 Catalyst for breathing.


 It provides balance of water movement in the plant.


 takes part in the formation of the cell wall.


 It is necessary for normal flower formation and seed production.


Copper Deficiency Symptoms

 Yellowing on young leaves sometimes dry in cases where the bleaching or gray-green appearance is advanced.


 Yellowing of shoot tips.


 Working in plants, dwarfism, reduction in spike.


 Flower deterioration, discoloration, lack of flowers, blossoming or no formation.


 Fruit cracking, premature ripening and shedding of fruits.


 Root formation decreases. Root development is prevented.


Copper Intake Reduction Conditions

• Alkali, calcareous, high pH soils.


 Soils with high content of organic matter newly opened to agriculture.


 Low copper content in soil.


 Proportional excess of other trace elements. Especially iron (Fe), zinc (Zn), manganese (Mn), molybdenum (Mo).


 Cold and rainy weather conditions.


 High application of nitrogen or phosphorus.


Nirogen -28

The nitrogen plant forms a fraction of 1.5 to 2% of its dry weight, but it is a very important element. Combined with the carbonaceous compounds in the plant, it makes various organic molecules. But, more importantly, nitrogen is widely involved in the structure of proteins. For these reasons, the study of nitrogen metabolism in plants is of special importance for plant physiologists.


Black Diamond Nitrogen-28 - Nitrogen is found in the structure of many organic compounds in the plant. Proteins, amino acids, nucleic acids, enzymes, ATP, ADP and chlorophyll are important organic compounds containing nitrogen. Nitrogen ensures that the plants get dark green and the grains are full. It also adjusts the use of phosphorus and potassium. In the plant, nitrogen is required for the formation of new cells. In the lack of nitrogen, plants have various symptoms; these are described below as substances.


SYMPTOMS OF PLANTS IN LIQUID DISTANCES


Plant growth slows down

Plant remains small

Leaves dark and vivid green, instead of light green color

The number of shoots decreases and the shoot length is shorter than normal

Leaves shrink

Old leaves poured ahead of time

Root development and root branching are reduced

In extreme deficiency; chlorosis in leaves

When the deficiency reaches to the level, necrosis is seen on the leaves.