Potassium chloride granular, MOP K60, Vinnytsia region.

It is applied to most crops in various ways. It is best to apply potash in the fall under plowing. When implementing intensive technologies, the optimal effect is given by local application during sowing and fertilizing in small doses.

It is recommended for application to most grain, oil, sugar and fiber crops with a high need for potassium and low sensitivity to chlorine, as well as annual soil fertilization to maintain the potassium content at an optimal level.

The effectiveness of potassium is better manifested on potassium-poor sod-podzolic soils of light granulometric composition and peat soils. Onchernozem potassium is mainly used for crops that absorb a lot of potassium and sodium -sunflower, sugar beet, potatoes, root crops, vegetables, etc. On chestnut and gray earth soils, potassium is used depending on the culture, growing technology and potassium content in the soil.
(//tractor-service.com)
Potash can be applied to potassium-sensitive crops in autumn so that chlorine is washed into the deeper layers of the soil.

Physiologically acidic fertilizer. When interacting with the soil absorbing complex, an acidifying effect on the soil solution is manifested, especially in acidic soils. Hydrochloric acid is formed as a result of exchange reactions in the soil. Therefore, the effectiveness of potash fertilizers decreases on acidic soils. At the same time, physiological acidity is lower than that of ammonium fertilizers and is manifested only with long-term use of high doses for crops that remove a lot of potassium from the soil.

In the soil, the potassium ion quickly interacts with the colloidal particles of the soil by the type of physico-chemical (exchange) and non-exchange absorption. The absorption of potassium by the soil practically ends within a day after the application of potassium fertilizers, therefore, it almost does not depend on the length of the time interval between earning and sowing. As a result, the mobility of potassium in the soil and the probability of its leaching decreases. Potassium is readily available to plants, and the coefficient of its utilization is quite high - up to 70%.

Potassium chloride has good physical properties, is low-hygroscopic, does not clump, disperses easily, is well soluble in water.