New functional additives for fertilizers – TMAO

Product Attributes:

New type of fertilizer functional additive, plant biological stress resistance agent, fertilizer enhancement aid
Characteristics:

Natural active organic compounds, weak oxidizing property, no residue, soluble in water, can regulate plant cell physiological functions, improve fertilizer application effect, enhance crop stress resistance ability.

It is widely applicable to various crops such as:

forage grass, tomatoes, wheat, corn, various vegetables, fruit trees, and medicinal herbs.

It is particularly suitable for scenarios in arid and semi-arid regions, saline-alkali land cultivation areas, early spring low-temperature prone to frost damage, emergency cultivation during the dry season, and cultivation under high-temperature stress.

Uses and Effects:

1. As a Plant Stress Protection Agent:

As a broad-spectrum biological stress-resistant agent, it helps crops withstand harsh growing conditions and ensures normal growth and development under adverse circumstances, which is the core enhancing function of fertilizers.

2. Multiple Stress Resistance Protection: It can regulate cell osmotic pressure like an “intelligent sponge”, lock in cell moisture, maintain normal leaf water content, and comprehensively enhance the drought resistance, salt-alkali resistance, high-temperature resistance, and cold resistance of crops, allowing them to maintain stable growth under adverse weather and extreme conditions.

3. Ensuring Photosynthetic Efficiency: Protects key enzymes and chloroplast structures in the photosynthetic system, prevents degradation of chlorophyll, maintains and significantly improves photosynthetic efficiency under adverse conditions. It has been verified to increase photosynthetic efficiency by approximately 59%, providing sufficient energy for plant growth and nutrient accumulation.

4. Repairing Cell Damage: Significantly increases the activity of antioxidant enzymes such as SOD and POD in crops, quickly eliminates harmful free radicals in the body, reduces oxidative damage to cell membranes caused by adverse conditions, and reduces the accumulation of toxic oxidative substances; helps plants recover quickly after disasters and effectively reduces the risk of yield reduction.

5. Tolerating Salinity and Alkali Stress: Activates the expression of stress-resistant genes in crops, promotes correct folding of proteins, enhances the tolerance of crops to soil salinity and alkalinity, and can be adapted for soil improvement and crop planting in saline-alkali soil.

6. Resisting Low Temperature Cold Damage: Stabilizes the structure of plant cells, alleviates physiological damage to plants caused by low-temperature environments, improves the cold resistance of crops in early spring and late autumn, and reduces growth losses caused by low-temperature frost damage.

7. Increasing Yield under Adverse Conditions: Through multiple stress resistance, cell protection, and photosynthetic guarantee mechanisms, it ultimately achieves a significant increase in crop yield under adverse conditions, ensuring planting income.