Lowering Soil pH
Some soils are alkaline and have a pH above 6.5. Some fertilizers (ammonium sulfate, urea and ammonium nitrate) create an acidic reaction in the soil, thus lowering or maintaining a certain level of pH. Some acidifying organic substances, such as pine needles or peat mosses, can gradually reduce soil pH over the years. It takes thousands of years in nature. Sulfur is used for faster results in lowering the pH. Sulfur applications turn into sulfuric acid forms, reducing the pH in the soil, while smaller sulfur particles react faster. Lowering the pH is a very slow process and it will take 1-2 years for the chemical reactions to take place.
For this reason, we recommend our product, which is an innovative product by our company, to maximize the feeding capacity of the soil in order to decrease the pH level in your soil more quickly and effectively. N-pHacid will acidify your soil without any reaction and save you money without wasting time in the soil. High soil pH limits the uptake of valuable nutrient sources and growth of plants. The purpose of soil acidification is to maximize the yield of grown crops by increasing the usefulness of the given fertilizers. This includes the protection of chelating agents.
In this case, the soil pH will be lowered by acidifying the soil and soil performance will be increased. It will provide economic advantages to farmers using N-pHacid as fertilizing efficiency will increase at low pH. After a while, farmers using N-pHacid will understand more clearly how much of their soil is poor in terms of feeding capacity after using N-pHacid.
The important thing here is never how much fertilizer you give your plants. The important thing is how much of the fertilizer you give can be taken by your plants. Reviews Irrigation water and soil with high pH, ​​no matter how high quality fertilizers you give, will cause plants to not benefit from nutrients. Reviews There are many factors that affect the intake of fertilizers by plants. And one and / or more of these factors have been associated with soil pH and EC.
For High Yield Soil Pickling
High soil pH limits food supply and plant growth. The goal of soil acidification is to reduce soil pH, improve product performance and reduce economic inputs. Product groups such as fruit trees, alfalfa, grass seeds, corn, onions and potatoes maximize crop productivity by decreasing soil pH. Some plants, such as blackberries, cannot live at very high soil pH. Reviews Soil acidification is usually a long-term and expensive process. It may be difficult to assess economically the long and short-term soil acidification and should be decided on the basis of soil properties. Unfortunately, only one soil test will not be enough to determine how much soil application and how much soil acidification is required.
This article is a technical and practical guide to the application of soil acidification in commercial areas. Explains soil chemistry, shows how to determine the feasibility of pH adjustment.
This guide is divided into 5 sections
* Understanding soil pH
* Iron chlorosis problem
* Causes of iron chlorosis
* Solutions for iron chlorosis

Soil Acidification Methods
Appropriate value from seed bed preparation to harvest should be applied in a correct and timely manner for quality and product production practices. Weak seed or disease control, high salt level, poor drainage or production problems can be obvious limiting factors for receiving high amounts of crops. Only one soil acidification program cannot correct or replace these limiting factors.