Granular

Fertilizers provide the essential nutrients nitrogen, phosphorus and potassium for plants.

Nitrogen supports plant growth.
Phosphorus improves roots and flowering.
Potassium creates resistance in plants against extreme heat, cold and pests and is responsible for fruit quality.

Urea was first synthesized by German chemist Friedrich Wöhler in 1828. Before then, the only way to provide these important macronutrients to the soil was through organic nitrogen sources such as manure or compost.

Urea fertilizer, a white crystalline organic chemical compound; It is the fertilizer with the highest nitrogen content, with 46% nitrogen.

This fertilizer is also called Urea 46 in the market.

‍Urea is pH neutral and can be used in almost all types of soil and plants. It is a waste product that occurs naturally in humans, other mammals and some fish by metabolizing protein and is excreted in feces. Urea is widely used in the agricultural sector as both a fertilizer and an animal feed additive.

Urea is obtained by reacting anhydrous ammonia under high pressure at approximately 180 degrees.

Urea, which has a very high solubility rate (1079 g / L solubility at 20ºC), meets the nitrogen needs of plants with its application from soil or leaves. Due to this high solubility, urea should be kept away from humid environments.

Due to its negative charge, urea is extremely mobile in the soil. Easily absorbed by plants, urea is applied from soil and leaves and is the dominant nitrogen source for plant growth.

Urea can be mixed with other fertilizers or applied on its own. For plants that love acidic soils, urea is one of the best fertilizers for acidifying soils.