.png)
AquaSwift
Moisture yield is a key parameter that affects the economic efficiency of corn cultivation. Thanks to our innovative AquaSwift technology, we ensure optimal moisture yield in Zedan hybrids.
Header Tilt Angle Reducing the Impact of Precipitation
After reaching physiological maturity, hybrid ears gradually droop, deviating from the vertical position. The faster the ears descend after grain maturity, the faster the moisture loss occurs. This is especially important because the wrappers of vertical ears can "trap" precipitation.
Head Wrap Drying and Peeling
In the initial stage of ripening, the husk is strong and dense, which provides protection against pests and diseases. However, as the moisture release process begins, the husk opens at the end of the ear, gradually dries, becomes thinner and peels off along the entire length of the ear, creating a free space between the husk and the grain with optimal conditions for ventilation and rapid drying of the grain.
Morphology of the Kachan
StarSeeds hybrids are characterized by an optimal ear configuration. The central part of the ear stem has a thin parenchyma. The thinner stem structure allows better air circulation around the grains, which leads to faster drying
Grain Structure
Zedan hybrids have: A thinner and more permeable horn-like grain wall (pericarp), through which the main moisture loss of the grain occurs; A higher content of floury endosperm. The endosperm of corn grains consists of two types: vitreous (hard) and floury (soft). Floury endosperm has a less dense structure, which allows moisture to evaporate faster
ADVANTAGES OF USING STARSEEDS HYBRIDS
Resource Saving:
Reduced drying costs and the ability to remove the crop from the field faster.
Saved Yield:
Optimized moisture yield allows harvesting at the optimal time, preserving grain quality