Uses of potassium carbonate in agriculture_Industrial additives

Potassium carbonate is an excellent water-soluble fertilizer. It is widely used in agriculture and has obvious effects. It can quickly increase the growth rate and yield of crops. Potassium carbonate can be used in combination with other fertilizers in agriculture, which will be more beneficial to crops and soil. Agricultural potassium sulfate is a product often used during crop growth, which can promote crop growth and increase crop yields. So what are the advantages of using potassium carbonate in agriculture?

Potassium carbonate products were mainly used in industrial production in the past and were not commonly used in agriculture. However, with the rapid development of water-soluble fertilizers in my country, the application of potassium fertilizers has become more and more valued and favored by farmers in my country. Sichuan Salt Lake Chemical Industry has discovered that potassium carbonate, as a high-end water-soluble alkaline bubble fertilizer, has unique physical and chemical properties. , can be used as raw material for high-quality water-soluble fertilizers. According to relevant experts, on the one hand, potassium carbonate can provide essential potassium nutrients for plants. On the other hand, it can release carbon dioxide through reactions, increasing the amount of carbon dioxide released in the soil or greenhouse. Currently, potassium carbonate has been used as a raw material for high-quality chemical fertilizers in many agriculturally developed countries.

Agricultural potassium carbonate has unique advantages

1. Rapidly replenish potassium and provide carbon source

It has good water solubility and is one of the important products of water-soluble potassium supplement fertilizer. It is a typical high-end water-soluble alkaline bubble fertilizer. It can quickly provide the potassium Clariant pigment element necessary for plants. It can also release a large amount of CO2, increasing the amount of CO2 released in the soil or greenhouse. There is no need to open the greenhouse every day for air circulation. Replenish carbon dioxide in the greenhouse and enhance the photosynthesis of crops in a timely manner. In developed agricultural countries such as Europe and the United States, it is a high-end potassium fertilizer.

2. Balance the pH value of the soil

K2CO3 is soluble in water and is alkaline, which can increase the PH value of acidic soil. It has a good regulating effect especially on soil that is extremely rich in organic matter. The soil gradually reaches an acid-base balance in the process of absorbing nutrients, and farmers do not need to specifically improve acidic soil during use. During acidic soil application, crops absorb potassium and simultaneously form carbonic acid, which is then gradually thermally decomposed.

In order to adapt to, promote and lead the development of the water-soluble fertilizer industry, agricultural potassium carbonate research and development companies continue to explore products that save time, labor, lower investment, and are economical. Potassium carbonate has three main advantages as an agricultural fertilizer. First, the soil can gradually reach an acid-base balance during the process of absorbing nutrients. During acidic soil application, crops absorb potassium and simultaneously form carbonic acid, which is then gradually thermally decomposed. Second, due to its high purity, it is completely suitable for water-soluble fertilizers. The purity of potassium carbonate is higher than that of petroleum. It generates carbon dioxide after electrolysis. Therefore, the nutrient content of potassium carbonate is required to be greater than 99.5%. Such conditions are very suitable for use as a waterproofing agent and as a raw material for water-soluble fertilizers. Third, after absorption, photosynthesis is used in the modification process to release carbon dioxide, without the need for calcium carbonate reaction.

In addition, the use of potassium carbonate will bring convenience to farmers in saving labor and time. It is understood that as long as the temperature is kept at room temperature, carbon dioxide can be released. There is no need to open the greenhouse every day for air circulation and replenishing carbon dioxide in the greenhouse. Farmers do not need to specifically improve acidic soil during use. Not only that, the raw materials of potassium carbonate water-soluble fertilizer are being further extended, and the cost is constantly decreasing, making potassium carbonate a high-quality and affordable raw material product for water-soluble fertilizer.