Humic acid is mainly used in three major fields: agricultural fertilizers, industrial production, and environmental protection and medicine. In agriculture, it improves soil, enhances fertilizer efficiency, and promotes crop growth, making it a commonly used “soil conditioner” and “fertilizer synergist” by growers. Our factory can produce various specifications of humic acid, potassium humate, sodium humate, […]
Humic acid has many positive effects on lawns, especially in improving soil environment, promoting root development, and enhancing stress resistance. Main Effects of Humic Acid on Lawns： 1. Improves Soil Structure: Humic acid promotes the formation of soil aggregates, improves compacted or saline-alkali soils, enhances aeration and water and fertilizer retention capacity, and is beneficial
Humic acid fertilizer refers to organic fertilizer rich in humic acid, which plays a significant role in crop growth and soil environment improvement. Humic acid is a natural organic substance containing abundant nutrients and trace elements, which provide comprehensive nutritional support for crops in a balanced ratio. When humic acid fertilizer is applied to farmland,
Humic acid fertilizers, also known as compost, are organic fertilizers rich in humic acid and inorganic nutrients, made primarily from peat, lignite, and weathered coal through chemical treatment and the addition of inorganic fertilizers. Their main types include ammonium humate, potassium humate, sodium humate, and compound humic acid fertilizers, which have functions such as improving
Potassium humate and sodium humate are both salts formed by the reaction of humic acid with alkali metals and are widely used in agriculture. However, they differ significantly in composition, properties, applicable scenarios, and impacts on soil. 1. Difference in solubility between potassium humate and sodium humate: Sodium humate typically dissolves more rapidly and completely
International instability has led to a surge in international urea prices, with nitrogen fertilizers leading the price increases, followed by phosphate fertilizers, and potash fertilizers showing a steady rise. Major global urea producers include China, India, Iran, and Russia, with Iran and Russia being the largest exporters. Data shows that global urea exports are projected
Humic acid is a natural organic substance widely used in agriculture to improve soil, increase fertilizer utilization, promote crop growth, and enhance stress resistance. Its scientific application methods are as follows: I. Main Functions of Humic Acid 1. Improves soil structure: Promotes soil aggregate formation and improves compacted and saline-alkali soils. 2. Improves fertilizer efficiency:
Fulvic acid has a small molecular weight, making it easily absorbed and utilized by plants. It also contains more functional groups, resulting in greater physiological activity than general humic acids and a stronger ability to complex metal ions. Humic acid is not directly soluble in water and needs to be converted into monovalent metal salts
Fertilizers are fundamental agricultural substances that provide essential nutrients to crops and improve soil properties. They are classified into three main categories based on their composition: organic fertilizers, inorganic fertilizers, and bio-fertilizers. Inorganic fertilizers include nitrogen fertilizers, phosphorus fertilizers, potassium fertilizers, and compound fertilizers. Let’s look at the differences between organic fertilizers and chemical fertilizers:
Fulvic acid organic fertilizer is a high-efficiency organic fertilizer with fulvic acid (the smallest molecular weight, most active, and fully water-soluble component of humic acid) as its main component, widely used in modern agriculture. Its main functions and effects can be summarized as follows: I. Water Retention: Fulvic acid is a colloidal organic substance that
