What is Compound Fertilizer
Today, we will introduce the types of compound fertilizers and what compound fertilizers are. Keep reading to find out more!
Compound fertilizers are fertilizers made by mixing two or more chemical fertilizers, scientifically proportioned and processed to combine two or more fertilizers, thereby achieving the purpose of multi-effect fusion. They have the characteristics of combined effects, balance, and stability.
Compound fertilizers are widely used in the production of agricultural crops, horticultural crops, flowers, and breeding industries, providing plants with various nutritional elements and meeting the nutrient needs of crops.
By comprehensively utilizing various basic chemical materials and precise formulations, compound fertilizers that meet the different nutritional needs of crops at different growth stages are produced, which has increased the yield and quality of agricultural products and promoted the development of agricultural production.
Types of Compound Fertilizers
Nitrogen-Phosphorus-Potassium Compound Fertilizer
Nitrogen-phosphorus-potassium compound fertilizers mix a certain amount of nitrogen, phosphorus, and potassium fertilizers, meeting the nutritional needs of crops for nitrogen, phosphorus, and potassium at different development stages. These fertilizers are widely used in the production of various crops, such as cereals, oil crops, cotton, tobacco, vegetables, and fruits.
Nitrogen-Phosphorus Compound Fertilizer
Nitrogen-phosphorus compound fertilizers, also known as complex phosphorus-nitrogen fertilizers, are made by mixing phosphate fertilizers with amino acid-based fertilizers, satisfying the needs of plants for nitrogen and phosphorus during the flowering and fruit-setting stages. These fertilizers are suitable for the production of apples, cotton, oilseed rape, and corn.
Nitrogen-Potassium Compound Fertilizer
Nitrogen-potassium compound fertilizers, also known as complex nitrogen-potassium fertilizers, are made by mixing potassium chloride fertilizers with amino acid-based fertilizers, meeting the potassium fertilizer needs of crops during the fruit-setting stage. These fertilizers are suitable for the production of strawberries, ginkgo, and other fruit trees.
Phosphorus-Potassium Compound Fertilizer
Phosphorus-potassium compound fertilizers, also known as complex phosphorus-potassium fertilizers, are made by mixing phosphate fertilizers with potassium chloride fertilizers, satisfying the phosphorus and potassium needs of crops during the flowering and fruit-setting stages. These fertilizers are suitable for the production of peanuts, chili peppers, and others.
Nitrogen-Phosphorus-Potassium-Magnesium Compound Fertilizer
Nitrogen-phosphorus-potassium-magnesium compound fertilizers, also known as complex magnesium fertilizers, are mixed according to the requirements of plant nutrition, combining nitrogen, phosphorus, potassium, and magnesium fertilizers. They can quickly replenish the nutrients required for normal plant growth and have the advantages of full utilization, simplicity, and significant effects.
Biological Organic Compound Fertilizer
Biological organic compound fertilizers are made from organic waste such as animal and plant remains, farmyard manure, urban sludge, and livestock manure through fermentation, composting, and formulation. They are rich in trace elements and organic matter, improving soil structure and microbial environment, enhancing soil fertility, and increasing the quality and yield of crops.
Biological organic compound fertilizers are widely used in the production of various crops, such as rice, wheat, corn, fruit trees, and vegetables, and are an important technology for developing green, circular, and sustainable agriculture.
Advantages of Compound Fertilizers
Compound fertilizers have the following advantages:
They have the characteristics of combined effects, balance, and stability, ensuring that plants receive the necessary nutrients at each growth stage and improving nutrient utilization efficiency.
They are simple and convenient to use, saving time and effort, and reducing the labor intensity of farmers.
They fully utilize the interaction between different fertilizers, reducing the reaction between fertilizers and decreasing the loss of nutritional elements, thereby improving fertilizer effectiveness.
They can be formulated and processed differently according to the needs of different crops and growth stages, producing compound fertilizers suitable for different crops, different growth stages, and different soil types, with wide applicability.
They can reduce the amount of fertilizer used, decrease the pollution of fertilizers to the environment, and promote the development of sustainable agriculture.
Conclusion
The development of compound fertilizers has brought significant changes to agricultural production. As a new method of fertilizer supply, compound fertilizers have many advantages such as combined effects, balance, stability, and convenience, and can meet the nutrient needs of plants at different growth stages, improving the utilization efficiency of nutritional elements.
We believe that with the continuous development of technology, the application of compound fertilizers in agricultural production will become more widespread, making an irreplaceable contribution to promoting the development of green, circular, and sustainable agriculture.
The above is the specific content about the types of compound fertilizers and what compound fertilizers are. If it can be helpful to you, remember to visit our website often!