ROfert® KS NEW
How to use:
It is applied by foliar spraying in the consumption phases specific to each crop.
The application dose is 6 - 8 Kg/ha, ensuring a solution quantity of 250 - 350 L water/ha.
It can be used on crops: cereals, sunflowers, soybeans, rapeseed, corn, etc.
SUPERCONCENTRATED PRODUCT
CAREFUL! The ROfert® product line is a professional range of concentrated fertilizers!
ROfert® KS is a specific fertilizer for correcting sulfur, potassium and iron deficiency.
ROfert® KS slows down nitrogen losses and solubilizes microelements present in the soil such as iron and manganese. Root cells well supplied with potassium easily absorb water from the soil and transfer it to the central cylinder of the root, ensuring an optimal water regime for plants. Potassium deficiency is manifested by the decrease in plant growth and development, the twisting and browning of leaves, the decrease in the intensity of photosynthesis and the decrease in the amount of protein and starch.
ROfert® KS also has a corrective action on salinity, increases crop sugar content, oil quality and cold resistance. Sulfur is important in photosynthesis and contributes to the winter hardiness of the crop. Sustained sulfur fertilization is very important, not only for crops with high sulfur requirements - such as legumes and canola, but also for crops with high nitrogen requirements, which without sulfur cannot use nitrogen properly.
Advantages of applying ROfert® KS:
- • plants well supplied with potassium are more resistant to wilting in periods of drought and the assimilation process is higher in hot and dry weather;
• increases resistance and immunity to diseases in cereal crops;
• plays an important role in providing the water and nutrients needed by the plant.
• improves harvest quality and plant resistance to pests and drought;
• increases the resistance of fruits and vegetables to transport and storage conditions.
Physical properties | |
---|---|
pH | 7,6 +/- 0,8 |
Density | 1,47 +/- 0,02 kg/L |
Content | |
Potassium oxide (K2O) | >36,7% m/v |
Sulfur trioxide (SO3) | >61,7% m/v |