6 different formulations listed in the Soilmaster NPK series are formulated so as to ideally meet the necessary nutrients for any kind of plantations. 

6 different formulations listed in the Torosol NPK series are formulated so as to ideally meet the necessary nutrients for any kind of plantations. 

Solupotasse is a fertilizer that may be given via sprinklers especially during winter so as to make plants resistant to cold weather due to its high percentage of potassium and lack of nitrogen.

As it contains no nitrogen, it is appropriate for plants that require intensive use of fertilizers. MKP fertilize can be the most suitable source of potassium and phosphorus when nitrogen use is contradictory.

This fertilizer has the highest phosphorous content among others, which contain phosphorous. Due to its low nitrogen content this is the most appropriate way of supplying phosphorous to plants.

3 different formulations listed in the Maxitor NPK series are formulated so as to ideally meet the necessary nutrients for any kind of plantations.  

When fertilizer is applied to the soil, ammonium in the fertilizer is converted to nitrates via enzymatic reactions undertaken by bacteria in soil. To prevent such losses of nitrogen, coating materials (organic and inorganic substances) and inhibitors against bacterial reactions may be utilized. Such losses of nitrogen may also occur in composite fertilizers or double nutrient (MAP-DAP) fertilizers containing nitrogen in the form of urea or ammonium.

Deficiency of iron is not due to lack of it in soil but due to high pH values and high content of lime. When the soil has high pH values or high lime content, iron forms insoluble compounds. Consequently, it cannot be absorbed by plants.

Deficiencies of Boron, Copper, Iron, Manganese, Molybdenum and Zinc, ingredients of this mixture, cause problems in plant growth since all of these minerals are vital for growth of plants. Importance of these elements is indicated below:

In acidic soils, which are washed with high levels of precipitation, deficiency of zinc is frequently seen. Although the need of plants for zinc is comparably low, deficiency of zinc is a condition, frequently encountered.

It contains 15% MgO (9.5% Mg) and 11% nitrogen originating from nitrate. As nitrate facilitates absorption of magnesium, Magnisal is a good magnesium transporter. 

It contains 15% MgO and 28% SO₃. As it is water soluble it can be applied via sprinklers or on leaves. Chemical and physical properties of magnesium sulfate are given below.  

The fertilizer also contains %46 K₂O, which is soluble and easily absorbed by plants. 

It contains 52% potassium (K₂O) and 18% sulfur (S) (56% SO₄). As it is soluble in water, it can be applied via leaves or sprinklers. Physical and chemical properties K_Leaf fertilizer is given below.

13% nitrogen it contains can easily be absorbed by plants and is in the form of nitrate that is the preferred origin of nitrogen (NO₃) for use in agriculture.

As it is soluble in water it can easily be applied by a sprinkler. Physical and chemical properties of urea phosphate fertilizer are given below.  

Its formula is CO(NH₂)₂. It contains 46% urea nitrogen. As it is soluble in water it can easily be applied by a sprinkler or via leaves. Physical and chemical properties of low biuret urea fertilizer are given below.  

It contains 15,5% nitrogen (N) and 26,5% calcium oxide (CaO). 14% of nitrogen originates from nitrate (NO₃) and 15% of nitrogen originates from ammonium (NH₄).    Calcium oxide that is completely soluble in water contains 19% calcium (Ca).

It contains nitrogen (13%) and potassium (46%). All the nitrogen it contains originates from nitrates (NO3) and can be easily absorbed by plants.