Fertilizers

Potash (potassium chloride, KCl) is the most highly valued and widely used potassium fertilizer in the world. Potash efficiently delivers potassium nutrient to the growing crop. Potassium increases disease resistance, drought tolerance, plumpness of grain and seed, and improves stem rigidity and cold hardiness. Application of potash also enhances firmness, texture, flavor, size and color of fruit crops and increases oil content of oil crops.

Potash (potassium chloride, KCl) is the most highly valued and widely used potassium fertilizer in the world. Potash efficiently delivers potassium nutrient to the growing crop. Potassium increases disease resistance, drought tolerance, plumpness of grain and seed, and improves stem rigidity and cold hardiness. Application of potash also enhances firmness, texture, flavor, size and color of fruit crops and increases oil content of oil crops.

Potash is the most valued and widely used potassium fertilizer in agriculture worldwide. Potash increases disease resistance, drought tolerance, plumpness of grain and seed, and improves stem rigidity and cold hardiness. Application of potash enhances firmness, texture, flavor, size and color of fruit crops, and increases oil content of oil crops.

Granular Single Superphosphate (GSSP) is an excellent source of phosphorus for crops and it also contains substantial quantities of sulphur, calcium and micronutrients. The effectiveness of this fertilizer stems from the highly water-soluble phosphorus content (as P2O5). Application of GSSP begins and maintains supply of this key nutrient to the growing crop.

Granular Single Superphosphate (GSSP) is an excellent source of phosphorus for crops and it also contains substantial quantities of sulphur, calcium and micronutrients. The effectiveness of this fertilizer stems from the highly water-soluble phosphorus content (as P2O5). Application of GSSP begins and maintains supply of this key nutrient to the growing crop.

Phosphate Rocks are of marine origin. The deposits are processed by hydraulic beneficiation, washing and flash calcination. Calcination is used to reduce the organic matter content and to increase the reactivity.

Phosphate Rocks, the deposits are processed by hydraulic beneficiation. This rock is recommended for the production of fertilizers.

Clean green phosphoric acid (4D) is suitable for DCP production and as a raw material for purification processes. It is very low in organic matter, low sulphate, fluorine, arsenic and cadmium.

Green phosphoric acid for the production of TSP, MAP, DAP, PK and NPK.

Triple Superphosphate is produced by grinding and acidulating rock phosphate. Grinding increases the reactivity, acidulation with phosphoric acid makes the phosphate watersoluble enabling the plant to absorb the fertilizer. The high water solubility of P2O5 in Triple Superphosphate increases the effectivity of the fertilizer.

NP fertilizers are granular fertilizers containing nitrogen and superphosphate.

NP fertilizers are granular fertilizers containing nitrogen and superphosphate.

NP fertilizers are granular fertilizers containing nitrogen and superphosphate.

NP fertilizers are granular fertilizers containing nitrogen and superphosphate.