Summary of the application effects of potassium fulvic acid from mineral sources in the observation area on wheat 3. Promote crops to both “increase income” and “saving expenditure”, and improve drought resistance. The root system of crops is strong and developed, which improves the vitality of the root system, enhances the absorption capacity of the […]
cotton application Cotton has a long growth period and complicated management. The most difficult to solve are the steep growth of cotton branches and cotton diseases, mainly cotton blight. According to a survey of 30 cotton farmers in 11 towns, mineral potassium fulvicate can inhibit the steep growth of cotton branches and effectively prevent and
Mineral potassium humate is a multifunctional drought-resistant nutritional growth regulator, which has obvious drought resistance and yield-increasing effects on grain crops and economic crops. Researchers have carried out the promotion and application of mineral potassium humate, collected and measured a large amount of data, and found that the drought resistance and yield-increasing effect brought by
In the previous article, we talked about the effect of mineral potassium humate on the fruit setting rate of apples. This article continues to explain the effect of mineral potassium humate on the fruit setting rate of Anli. 1. The effect of mineral potassium humate on the fruit setting rate of Anli inflorescence The rules
Mineral potassium humate is a hormone-like substance with high biological activity. This substance has obvious effects in increasing crop and vegetable yields, improving crop quality, and improving disease resistance. Researchers have conducted a group of research experiments and proved that mineral potassium humate can be used to increase the fruit setting rate of apples and
Studies have shown that the effects and effects of mineral potassium humate are suitable for all kinds of crops. As a new type of organic infinite compound fertilizer, the effects and effects of mineral potassium humate are suitable for all kinds of crops. Under the same conditions of crop growth, they all show obvious contrast
The production of humic acid flake products usually involves the following steps: Raw material selection: Select high-quality humus soil or peat as the main raw material, which is rich in organic matter and minerals. Pretreatment: Wash, crush and dry the raw materials to remove impurities and moisture to ensure the smooth progress of subsequent processing.
The storage methods of humic acid fertilizers are as follows: Dry storage: Choose a dry environment and avoid moisture to prevent the fertilizer from absorbing moisture and caking. Sealed containers: Use well-sealed containers (such as plastic bags, barrels, etc.) to prevent air and moisture from entering and maintain the stability of the fertilizer. Cool place:
The emergence of biochemical humic acid makes up for the defects of coal humic acid, and accelerates and improves the application speed and effect of humic acid in agriculture and animal husbandry. The utilization and development of biochemical humic acid resources focuses on non-biological fermentation or chemical treatment methods, nor does it depend on the
The granular and flake forms of humic acid are mainly due to different processing and preparation methods. The specific reasons include: Production process: Granular humic acid is usually made by pressing or granulation, while flake humic acid may be formed by drying, cutting and other processes. Application requirements: Granular humic acid is easier to disperse
