Essential Role of Organic Fertilizer Coating

Essential Role of Organic Fertilizer Coating

Organic fertilizers are an essential source of minerals and nutrients for plants. It is freely available in nature in moderate amounts. Organic fertilizers help reduce the need for synthetic fertilizers to keep the soil fertile.

Many food industries use many nitrogen fertilizers to improve their crop yield and ensure security. However, the demand for fertilizers keeps increasing due to the rapidly rising world population.

It is essential to develop new technology for the production of organic fertilizers that solves issues for the food industry worldwide.

Organic fertilizer coating is an example of new fertilizing technology. These fertilizers coat various materials that control their solubility in soil.

Coated fertilizers have many benefits for the economy, environment, and plant growth.

What Are The Benefits of Fertilizer Coating The main benefit of coated fertilizer is for agricultural situations. It provides nutrient retention and prevents nutrient loss due to leaching. The prolonged nutrient release also helps stimulate soil fertility, causing the plant to grow better and improve its performance.

The food industry will not need multiple fertilizer applications when using coated fertilizers. It helps save money for numerous fertilizer applications.

Utilizing coated organic fertilizers is more accessible as these fertilizers respond to specific environmental factors. Once the farmers learn its mechanics and become experts in predicting the pattern of the release of nutrients from the fertilizers, they can yield maximum crops.

Some organic fertilizers with a defoamer chemical coating prevent foam formation in fertilizers. It extends the life of organic fertilizers.

How is Organic Fertilizer Coating Produced?

Most coated fertilizer suppliers use a similar coating material to coat soluble fertilizers. The supplier first uses sulfur as the fertilizer coating material by spraying it in a molten state onto urea granules.

Multi-nutrient fertilizers also get the coating by spraying molten sulfur and sealant wax.

Some fertilizers receive coatings through the reaction of different resin-based polymers on their surface. The suppliers also use another way to coat fertilizers, utilizing a combination of low and high permeability polyethene coating. However, other manufacturers may use different techniques to create a safe fertilizer coating.

The fertilizer coating material suppliers supply various coated fertilizers with a unique duration of nutrient release, generally from a few weeks to many months. The coated fertilizers are slightly costlier than the uncoated because of the additional coating material.

What Are The Different Kinds of Fertilizer Coating?

Dust fertilizer coating helps reduce the issues of generation and caking since all fertilizers produce dust that may hinder the environment, health of workers, and management.

Most food industries find the maintenance and repair of equipment warehousing equipment expensive.

Coloring agents make fertilizers more appealing and presentable. NQB suppliers provide a wide range of fertilizers with different coloring agents.

Caking control coating prevents fertilizers from forming cakes and keeps the fertilizer free-flowing.

The food industry uses potash coating, anti-dust agents, safe fertilizer coating, and NPK fertilizer coating to solve the problems of dust formation.

Conclusion The world can achieve better production of food by utilizing coated fertilizers. The coating also helps control the fertilizer to form dust, coloration, and caking. The fertilizer suppliers use synthetic polymers or natural polymers to produce organic fertilizer coating.

Reference: https://submitafreearticle.com/essential-role-of-organic-fertilizer-coating/