If your soil is calcareous, salinity and pH are high,
If you want your soil to swell, air, and plant roots to move freely,
If you want the beneficial microorganisms to multiply and become more active in the soil,
If you want to disinfect your soil and save it from harmful microorganisms,
If you want to increase the durability of your plants,
If you do not want to experience red spider and powdery mildew,
If you want fungal bacteria that cause fungal disorders not to be in the environment,
If you want the plant to benefit from free N (Nitrogen), which is 78% in the air instead of using NPK;
Instead of using plenty of NPK, the plant can take the plant by breaking down the elements such as P (Phosphorus), K (Potassium), Ca (Calcium), Fe (Iron), Mg (Magnesium), Mn (Manganese), Zn (Zinc), which are already present in the soil. if you want to be in shape;
YES; you should use sulfur.

There are sulphurous fertilizers with sulfates, but it is not possible to get optimum results because the persentage of sulphur is very low. Therefore, there should be preferred elemental one.

Yes; Although sulfur is elementally the same content, it exists in different forms.
Granular Sulfur: Oxidation in the soil takes a very long time and it takes many years for it to break down. Even after 5 years in granulated sulfur-treated soils, the granules are still visible without being dissolved.
Powder Sulfur: Commercially available sulfur ranges from 100 micron to 1000 micron (0.1-1mm). It is very difficult and troublesome to apply from leaves and soil. The sulfur powders that emerge during the application may contact the human eye. In addition, while only small particles are active in foliar applications, other large particles cannot function. Therefore, the application is not 100% efficient. As with the application from soil, the same difficulties also occur, and oxidation takes a long time. It takes many years to succeed.
Liquid Sulfur: It is recommended to use Elemental Liquid Sulfur in both leaf and soil applications in order to be used with equipment such as duster, holder, drip, sprinkler, and to obtain faster results.

There’s a very simple way to compare products. You can simply measure the quality of sulfur as described below:
Required Materials:
2 plastic or glass transparent cups
2 tea spoon
water and samples to be measured.
Test: Take 2 glasses of clear plastic or glass. Add an equal amount of water to both glasses, a little more than half. Add a teaspoon of Liquid Sulfur to each
glass separately and mix (let’s use different spoons for different products. Products should not come into contact with each other). wait a while.
Micronized Liquid Sulfur hangs in water longer and provides a later collapse. Therefore, the best quality product collapses late.
Note: Sulfur is yellow. Liquid Sulfur is light yellow in color. If the product is Gray, transparent or any other color, you don’t need to do this test anyway. Do not use products of different colors. Shake the products before testing.

Neutral! The pH scale is in the range of 0-14. The acidic property increases as it is closer to 0 (zero). The the alkaline properties increases when you are closer to 14. The middle one is the neutral pH at 7.

In the market there are products in various brands and different grades under the name of “Elemental liquid sulfur” in various quality and prices. Many of these products are not legal products. And may be these products have not any quality control. Liquid sulfur labels can even be found on products with acid in the packaging. Shelf life of them is not certain and sometimes collapse and petrification can ocur in short time. Than it can block filters and create biases about liquid sulfur in users.
Özdemir Kimya, which is essentially a chemical plant, has been producing liquid sulfur for many years and supplying it to the industrial sector in significant quantities as an industrial raw material. Since 2010, it has started supplying agriculture sector on demand. And the S-KAIL s-80, which was the first domestic Elemental liquid sulfur in terms of domestic production in the agricultural sector, has been issued. In 2015, the product was introduced to the market under the brand name sulpHoliquid98 by developing and bringing it to a form more suitable for use in agriculture with contain sulfur 98% .

sulpHoliquid98, like all Chemical Products of Özdemir Pharma has been developed as a result of serious R & D and has been produced in our factory where is adopted Total Quality Management. It passes quality control at every stage of production. sulpHoliquid98 is a very special product which is very effective in application on leaf and soil and has the ability to stick spontaneously in application on leaf. It is very finely micronized. The product grain size is in the range of 0-1000 nanometers (0-1 µm). When added to the water colloidal structure does not collapse, stay suspended. It doesn’t clog the filters. Product shelf life is 5 years. During this time, collapse, deterioration, etc. are impossible.
One of the most important parameters in elemental sulfur is partical size. The product could close more surface area and be more spreaded if the particle size is less small. Also the smaller partical size give the shorter the optimum result.

Sulfur oxidizes with bacteria and heat in toptrak. The reaction occurs as:
The SO4 ion is result of the reaction that turned into the form that can be taken by the plant and satisfies the plant’s need for sulfur. The H+ ion also reduces the pH by breaking down the lime, and also provides the uptake of calcium in the content of the shredded lime by the plant. In addition, it facilitates the intake of other macro and micro nutrients in the soil. The reaction takes place as follows:
The simplified chemical reactions above occur as a result of enzymatic reactions of sulfur bacteria present in the soil, and sulpHoliquid98, which is given to the soil environment, turns into sulfuric acid form and decomposes into hydrogen (H +) ion and sulfate ion in soil water. Some of the sulfate is taken by the roots as plant food, some is kept in the soil and some is washed to the depths of the soil with precipitation or irrigation water. The hydrogen ion remaining in the soil cannot be taken by the plant and it provides a decrease in soil pH.
SulpHoliquid98, which is given to the soil, causes the pH of the soil to decrease within a few weeks depending on the soil temperature, the amount of sulfur bacteria in the soil and soil moisture.
Fertilizers such as ammonium sulfate or potassium sulfate, which contain sulfate, do not decrease the soil pH value as much as sulpHoliquid98 elemental Liquid Sulfur decreases the pH value of the soil.
In parallel with the decrease in pH value in the soil, an increase of up to 20% in the amount of mass product taken from a decare can be achieved. SulpHoliquid98 Liquid Sulfur must be used in decreasing the pH value of the soil. It is not possible to get results from powdered sulfur applications in granular form or in large particles. There are many studies on this subject. Although granular and powder sulfur does not change soil pH and EC value much, sulpHoliquid98 appears to decrease the pH value of soil and therefore increase the EC value of soil. Although mineral fertilizer is not added to the soil, the increase in the EC value of the soil reveals that the nutrients that are in an unavailable form in the soil have become useful. Another meaning of this is decreasing the pH value of the soil and some kind of fertilizing effect in the soil appears.