Granora 20-20-20 suspension

A balanced compound fertilizer with a high concentration of main elements (nitrogen, potassium, and phosphorus) required during the hatching and elongation periods. It also contains a mixture of minor elements (zinc, manganese, copper, boron, molybdenum, and sulfur) that play important roles in numerous biological processes, amino acids, and NAA to meet the plant’s nutritional needs.

The NAA helps to boost the blooming and fruiting ratios, resulting in an earlier harvest.

It is completely water-soluble, with no insoluble components, resulting in a 100% solubility rate.

Chemical Composition :

AZOT 20%
Phosphorus 20%
Potassium 20%

The properties of the compound:

A balanced compound fertilizer with a high percentage of major elements (nitrogen, potassium, and phosphorus) required during germination and elongation, as well as a mix of trace elements (zinc, manganese, copper, boron, molybdenum, and sulfur) that play important roles in various biological processes. It also includes amino acids and NAA (naphthaleneacetic acid), which provide the plant with all of its nutritional requirements.

NAA promotes flowering and fruit set, hence speeding crop growth.

It is totally soluble in water, with no insoluble components, and has a solubility rate of 100%.

Suitable for modern irrigation methods and all irrigation systems, with no clogging or sedimentation at points. It works well as a soil and foliar fertilizer to boost plant immunity.

Its acidity increases the absorption of trace elements and phosphorus, making it suitable for usage in saline soils.Contains stimulating substances that improve the effectiveness of nutrient absorption in the compound.Made from the cleanest sources of global raw resources.Can prevent root rot and increase plant resilience to fungal infections.

Rates of use:

Foliar Spray: 1 kg per 400 liters of water.

Ground Fertilization: 4.5:3 kg per acre.

Fertilization rates may differ depending on climate circumstances, soil type, and advice from a trained consultant.

Image 1