Urea (UP 17-44-0): High-efficiency fertilizer for sustainable agricultural development
2024-09-29
YUNNAN YINGFU TRADING CO., LTD
Technical article
Urea (UP 17-44-0), as a high-efficiency fertilizer, is mainly composed of 44.0% phosphorus pentoxide and 17.0% nitrogen, which helps improve soil and enhance crop resistance while meeting environmental protection standards.
Urea (UP 17-44-0) Introduction
Urea (UP 17-44-0) is a highly effective fertilizer widely used in agricultural production and an important source of plant nutrition. Its main components are phosphorus pentoxide (P2O5) and nitrogen, with contents of 44.0% and 17.0% respectively. This unique formula can effectively improve soil structure, enhance plant root development, and improve crop resistance to stress.
Features
- It contains 44.0% phosphorus pentoxide and 17.0% nitrogen, and can effectively improve soil structure.
- It has good solubility and the water-insoluble content does not exceed 0.1%, ensuring efficient absorption.
- The heavy metal content is strictly controlled, the lead content does not exceed 0.03%, and the arsenic content does not exceed 0.01%, which is safe and environmentally friendly.
- The pH value ranges from 1.6 to 2.4, which is suitable for different types of soil adjustment.
- It has the appearance of white crystals, is easy to store and transport, and is suitable for large-scale agricultural production.
- The low fluorine content (0.05%) is non-toxic and harmless to plants and the environment, promoting efficient agriculture.
Scope of application
Urea is suitable for the cultivation of various field crops and cash crops. Its high efficiency and yield-increasing characteristics are particularly suitable for agricultural planting areas and can effectively meet the nutritional needs of different crops. At the same time, urea is also particularly suitable for cultivated land that needs to improve soil structure and enhance stress resistance.
Summarize
In general, urea (UP 17-44-0) is a fertilizer with high-efficiency ingredients and safe and environmentally friendly properties. Its advantages in increasing crop yields and improving soil quality meet the sustainable development needs of modern agriculture and are an ideal choice for agricultural production.