46-0-0 Polymer-Coated Sulfur-Coated Urea stands as a high-nitrogen slow-release fertilizer ideal for various applications. Its innovative coating ensures a gradual release of nitrogen, providing sustained nourishment for crops, gardens, and agricultural landscapes. This specialized fertilizer is well-suited for use on a wide range of plants, offering efficient and long-lasting nutrient support for optimal growth and yield.

Slow-release coated urea can control the release of nitrogen content in urea, so that plants can better absorb nutrients at different times.

1.Specification: 

BENEFITS of 46-0-0 Polymer-Coated Sulfur-Coated Urea

* An effective form of controlled (slow) release nitrogen.

* Slow-release nitrogen: The polymer coating on sulfur-coated urea slows down the release of nitrogen into the soil. This gradual release provides a sustained nutrient supply to the plants over an extended period, reducing the risk of leaching or runoff.

* Improved nutrient efficiency: The controlled release mechanism helps match the nutrient availability with the plant’s needs, minimizing nutrient losses and maximizing absorption. This enhances the efficiency of nitrogen uptake by the plants.

* Reduced environmental impact: By decreasing leaching and volatilization of nitrogen, PCSCU helps in reducing environmental pollution and groundwater contamination. It contributes to more sustainable agricultural practices.

* Enhanced plant growth: The consistent supply of nitrogen over time supports steady and healthier plant growth. It can lead to better yield, improved quality of crops, and overall enhanced plant vigor.

* Convenience in application: PCSCU’s slow-release properties often mean less frequent applications compared to conventional urea or other nitrogen sources. This can reduce labor and application costs for farmers.

* Flexibility in timing: Due to its slow-release nature, PCSCU provides flexibility in timing applications. Farmers have more leeway in applying fertilizers, optimizing their use according to crop growth stages and weather conditions.