Sugar Cane Sourced Dry Molasses Powder Strengthen Cold Resistence Strengthen Root System

Sugar Cane Sourced Dry Molasses Powder Strengthen Cold Resistence Strengthen Root System

Molasses Powder Introduction

1.Improve the soil

After potassium fulvate from mineral sources is applied to the soil, it can promote the formation of soil aggregate structure, improve the soil structure, and enhance the soil's water retention and aeration capacity.

Structurally, potassium fulvate from mineral sources possesses multiple functional groups that can regulate soil pH and fix toxic heavy metals on the soil surface through complexation, chelation and reduction, thereby reducing the toxicity of heavy metals.

In addition, potassium fulvate from mineral sources can also provide sufficient carbon sources and energy for soil microorganisms, enhancing their activity.

2. Enhance the availability of nutrients

Potassium fulvate from mineral sources can form complexes with urea, thereby achieving the effect of nitrogen control and sustained release.

The mixed use of phosphate fertilizer and potassium fulvate from mineral sources can reduce the fixation of phosphorus by metal ions such as calcium, magnesium and iron, and promote the absorption of phosphorus by the root system.

The functional groups in potassium fulvate from mineral sources can absorb potassium ions, preventing the leaching loss of potassium.

3. Stimulate growth

Potassium fulvate from mineral sources can stimulate the physiological metabolism of plants, promote the early germination of seeds, and increase the emergence rate.

Stimulate the division and growth of the cells in the extreme meristematic tissues of the root system, promote the rapid root development of seedlings, increase the number of secondary roots, and enhance the crop's absorption capacity of water and nutrients.

4. Enhance the stress resistance of crops

Plants are inevitably exposed to adverse conditions such as high temperatures, droughts, floods or pests and diseases during their growth process.

Potassium fulvate from mineral sources can promote plant growth and enhance the natural resistance of plants. It promotes the synthesis of proline and the accumulation of sugar in plants, increases the activity of cell protective enzymes such as peroxidase and peroxide dismutase, and adjusts the physiological state of plants under adverse conditions, such as the permeability of cell membranes and transpiration rates, to resist the stress of external adverse conditions.

5. Improve quality

Potassium fulvate from mineral sources can complex some insoluble trace elements, promoting the absorption, utilization and transport of these essential trace elements by the root system.

It can also promote the activity of enzymes, converting polysaccharides into soluble monosaccharides, increasing the synthesis and accumulation of starch, protein and fat substances, and accelerating the transport of various nutrients to fruits and seeds, making the fruits plump, thick and improving their quality.

When we grow various types of crops, including those grown in the field, fruit trees, cash crops, and fruits and vegetables, etc., when the soil quality and fertility of the farmland are poor, or when the growth and absorption activity of the crop roots is weak, or when the growth is poor and needs to be enhanced, or when enhancing the plant's stress resistance to promote strong growth, or when the crops enter the vigorous growth period, When we apply some potassium fulvate to field crops, it often brings obvious benefits to the soil and crops. Moreover, potassium fulvate can basically be widely used for all kinds of crops. At the same time, its application method is very flexible and the effect after application is very good.

Comprehensive Composition

In addition to the main components, it includes essential trace elements such as sulfur, calcium, magnesium, zinc, iron, molybdenum, and boron, as well as a variety of B vitamins, vitamin C, myo-inositol, polysaccharides, microbial proteins, nucleic acids, surfactants, and numerous growth-promoting factors.