SinC GL

When sprayed onto the leaves of annual plants, SinC SC’s homogenous nutrient nanoparticles enter the plant through the cracks and crevices between leaf cells called plasmodesmata. The goal is to reach the cell communication pathway, known as the cytoplasm, with the complete mineral requirements plants need to perform essential plant functions, such as cell division (AKA growth), immune defence responses, and reproductive development.

It’s important to note that the deeper into the plasmodesma on the way to the cytoplasm, the stronger the negative ionic charge. Conventional foliar products composed of only one chelated mineral struggle to achieve efficient nutrient availability due to polar charges, and this is why the best foliar products carry a neutral charge. SinC SC’s homogenous nanoparticles are comparable in size and charge to the best-chelated mineral molecules. Still, the homogenous composition of 13 minerals provides unmatched mineral bio-availability for use in plant functions.

What it does: Facilitates the Carbon Cycle

 

Glucose root exudates feed beneficial soil biology

As they grow, beneficial soil microorganisms perform a process referred to as Bio Mining. Microorganisms affixed on insoluble nutrient minerals in the soil break the chemical bonds through enzyme secretion and release individual nutrients to the plant in an ionic form.

SinC foliar biostimulant increases foliar glucose levels (BRIX count)

Once plant Brix counts get over 12, plants are highly resistant to insects and pathogens. In addition, plants treated with Sinc SC foliar spray become more vigorous, increase their Brix count, absorb more carbon dioxide from the atmosphere, and facilitate a liquid carbon pathway that oozes carbohydrates through their roots into the soil matrix.