Kingenta

Polymer Coated Urea 43-0-0 3M

Using advanced membrane coating technology urea granules are coated with polymer which controls the release as required thereby increasing nitrogen utilization rate. This product can effectively control the nitrogen release up to three months. The release rate depends on the soil temperature and the thickness of the membrane. The higher the soil temperature, the faster the nitrogen releases. Soil moisture, pH, and the activity of soil microorganisms have little impact on the fertilizer nutrient release.

Plant Oil Coated Urea 44-0-0 2M

Urea granules are coated with 1% polymer after which they are coated with natural extracted plant oil. Polymer coating together with plant oil make the nitrogen release more flexible and durable. This product can effectively control the nitrogen release to match crop demand, thus substantially increase nitrogen use efficiency. The longevity of this product is about three months. The release rate depends on the soil temperature and thickness of the membrane. The higher the soil temperature, the faster the nitrogen releases. Soil moisture, pH, and the activity of soil microorganisms have little impact on the fertilizer nitrogen release.

Polymer Sulfur Coated Urea 35-0-0 3M

Urea granules are coated with 1% polymer after which they are coated with sulfur. Polymer coating makes the sulfur coating more flexible and durable. This product can effectively control the nitrogen release to match crop’ s nitrogen demand, thus increases nitrogen use efficiency. The longevity of (PSCU) is about three months. The release rate depends on the soil temperature and the thickness of the membrane. The higher the soil temperature, the faster the nitrogen releases. Soil moisture, pH, and the activity of soil microorganisms have little impact on the fertilizer nitrogen release.

Polymer Coated Fertilizer 20-8-10 3M

With advanced granule-coating technology, the granules of compound fertilizers are coated with a biodegradable polymer using advanced membranes to achieve predictable release of the nutrients. The longevity of this product is about three months. The release rate depends on the soil temperature and the thickness of the membrane. The higher the soil temperature, the faster the nutrient releases. Soil moisture,pH, and the activity of soil microorganisms have little impact on the fertilizer nutrients release.

Polymer Coated Fertilizer 14-14-14 3M

With advanced granule-coating technology, the granules of compound fertilizers are coated with a biodegradable polymer using advanced membranes to achieve predictable release of Polymer the nutrients. The longevity of this product is about three Coated months. The release rate depends on the soil temperature and the thickness of the membrane. The higher the soil Fertilizer temperature, the faster the nutrient releases. Soil moisture, 14-14-14 pH, and the activity of soil microorganisms have little impact on the fertilizer nutrients release.

Polymer Coated Mono-ammonium Phosphate 3M

Polymer Coated Mono-ammonium Phosphate is Mono-ammonium Phosphate coated with biodegradable polymer. It contains mostly water soluble phosphorus and ammonium nitrogen which can easily be absorbed by crops. The phosphorus and nitrogen utilization rates can be increased greatly through coating to meet nutrient demand throughout the whole growth season of the crops.

Polymer Coated Potassium Nitrate 3M

Polymer Coated Potassium Nitrate 3M is potassium nitrate coated with biodegradable polymer. The product has high elements content and excellent water solubility, potassium is slowly released through the microporous coating layer, the synergistic effect of K+ and NO3- helps the roots absorb both ions. In addition, the affinity between negatively charged nitrate ions and positively charged potassium ions prevents potassium absorption by soil particles to prolong the absorption of the potassium ion by plants. Polymer Coated Potassium Nitrate 3M aims to provide a long-term supply of nutrients for the whole growth period of the crops.

Polymer Coated Di-ammonium Phosphate 3M

Polymer coated Di-ammonium Phosphate is granular Di-ammonium Phosphate coated with biodegradable polymer. It is water soluble and leaves little solid residue after dissolution. It is suitable for various crops; especially suitable for base fertilization and topdressing in dry areas. The nitrogen and phosphorus can be slowly released through the micro pores coating layer resulting in a higher utilization rate of nutrients and prolonged nutrient absorption time. This fertilizer meets the crop’ s nutrient demand during the whole growth period.