Granular Ammonium Sulfate

In certain cultivation conditions or orchards, it is necessary for the fertilizer to release its nutrients gradually, allowing the plant to absorb them over a specific period. Barno Granular Ammonium Sulfate is designed for this purpose, ensuring a slow and steady release of nutrients to the plant’s roots, providing sustained nourishment over time.

The ease of applying chemical fertilizers based on the cultivation area is another key factor in choosing the form of Barno Ammonium Sulfate Fertilizer. In large-scale farms, granular fertilizers are more commonly used because powdered fertilizers are harder to spread, are more prone to drift and wind dispersion, and can lead to uneven distribution. By using surface spreading and plowing methods, farmers can save time while ensuring effective and uniform fertilization across their fields.

In some cases, farmers prefer to use machinery and fertilizer spreaders for application. This is only possible when the fertilizer has larger granules compared to the crystalline form and has a uniform particle size. With its optimal granule size and structure, Barno Granular Ammonium Sulfate is fully compatible with fertilizer spreading machines, allowing farmers to efficiently distribute it across their fields within a set timeframe.

In regions with high humidity, granular fertilizers are more commonly used because powdered and crystalline fertilizers tend to absorb moisture from the air, which can lead to uneven distribution in the fields. Barno Granular Ammonium Sulfate is suitable for use in these areas without any application restrictions, ensuring consistent and effective fertilization.

By using Barno Granular Ammonium Sulfate, the need for multiple fertilization sessions is reduced, extending the plant’s nutrient availability over a longer period. Even when used in a water-soluble form, it still provides nutrients for a longer duration compared to other fertilizers, eliminating the need for frequent applications. Reducing the number of fertilization cycles not only saves time but also minimizes costs related to transportation and the use of different application tools.