Product Name: Trimetlylamine oxide, dihydrate

CAS NO.: 62637-93-8

Formula：(CH₃)₃NO·2H₂O

As a plant stress resistance protector

It can be widely applied 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.
As a broad-spectrum biological stress resistance agent, it helps crops withstand harsh growing conditions and ensures normal growth and development under adverse circumstances, serving as the core efficacy-enhancing function of fertilizers.

Mainly function:

1. Multi-Resistant Protection: It can regulate cell osmotic pressure like a "smart sponge," lock in cellular moisture, and maintain normal leaf water content, comprehensively enhancing crops' drought resistance, salt tolerance, high-temperature resistance, and cold resistance, enabling stable growth under harsh weather and extreme conditions.

2. Ensure photosynthetic efficiency: Protect key enzymes and chloroplast structures in the photosynthesis system, prevent chlorophyll degradation, maintain and significantly enhance photosynthetic efficiency under stress conditions. Verified results show an approximately 59% improvement in photosynthetic efficiency, providing sufficient energy for plant growth and nutrient accumulation.

3. Repair cellular damage: Significantly enhance the activity of antioxidant enzymes such as SOD and POD in crops, rapidly eliminate harmful free radicals within the body, mitigate oxidative damage to cell membranes caused by stress, and reduce the accumulation of toxic oxidative substances. After disasters, it helps plants quickly recover and maintain growth, effectively lowering the risk of yield reduction.

4. Salt-Alkali Stress Resistance: Activates stress-resistant gene expression in crops, promotes proper protein folding, enhances crop tolerance to soil salinization, and is suitable for soil improvement and crop cultivation in saline-alkali soils.

5. Cold resistance: Stabilizes plant cell structure, mitigates physiological damage caused by low-temperature environments, enhances frost tolerance in early spring and late autumn crops, and reduces growth losses due to freezing damage.

6. Enhance yield under adverse conditions: Through multiple stress resistance, cellular protection, and photosynthetic safeguard mechanisms, ultimately achieve a significant increase in crop yield under adverse environments and ensure planting benefits.