Description
Slow-Release Technology: Uses polymer coating to control the release rate of nitrogen, extending the fertilizer’s efficacy period. Synchronizes nutrient release with crop demand, reducing nutrient loss.
2. High Nitrogen Content: Typically contains 40-44% nitrogen (N), providing efficient nitrogen supply.
3. Reduced Volatilization and Leaching: Coating technology reduces nitrogen volatilization and leaching, improving fertilizer efficiency.
4. Improve fertilization efficiency: Resin coated urea can slowly release nitrogen, allowing crops to better absorb nutrients and improve fertilization efficiency.
5. Economically efficient: One application can meet the nutritional needs of crops throughout their entire growth cycle, reducing the number and cost of topdressing, saving labor and time.
6. Environmentally friendly: solvent-free and waste free production process, reduced fertilizer usage, minimized nitrogen loss, reduced soil salinization, energy-saving and environmentally friendly.
Application&Fertilization Methods
Suitable Crops:
Polymer coated urea is suitable for various crops, including field crops, cash crops, fruit trees, gardens, vegetables, flowers, etc. Specifically, polymer coated urea can be used for the following crops:
Field crops: such as corn, wheat, rice, etc.
Economic crops: such as cotton, tobacco, etc.
Fruit trees: such as apple trees, pear trees, etc.
Garden plants: such as various ornamental plants and green plants.
Vegetables: such as tomatoes, cucumbers, peppers, etc.
Flowers: such as roses, chrysanthemums, etc.
Fertilization Methods
1. Base application: Applying polymer coated urea as a base fertilizer can reduce the amount of nitrogen fertilizer applied and significantly reduce pollution caused by nitrogen fertilizer application.
2. Blended fertilization: Mixing polymer coated urea with ordinary fertilizer can reduce fertilization usage amount, while also providing room for increased yield.
