Spermine CAS 71-44-3: A Key Plant Growth Regulator for Enhanced Rice Yield and Drought Tolerance

Discover how Spermine (CAS 71-44-3), a leading plant growth regulator, significantly boosts rice yields and improves drought resistance. Explore its applications, benefits, and why purchasing from a reliable manufacturer in China is crucial for your agricultural success.

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Key Advantages of Utilizing Spermine in Agriculture

Improved Plant Physiology

Spermine positively impacts key growth parameters such as plant height, tiller number, and chlorophyll content, fostering healthier and more robust plant development. This makes it a sought-after chemical for agricultural use.

Mitigation of Abiotic Stress

This potent compound helps plants better withstand and recover from environmental stressors like drought, by optimizing stomatal function and water use efficiency, crucial for farmers looking to buy agrochemicals that offer resilience.

Economic Returns for Farmers

Studies demonstrate that the adoption of Spermine foliar spray is economically viable, offering a significant return on investment through increased yield and improved crop quality. Inquire about our competitive spermine price to maximize your farm's profitability.

Versatile Applications of Spermine

Rice Cultivation

Specially beneficial for rice, Spermine enhances grain filling and yield, especially under variable water conditions. Consider purchasing spermine bulk price for large-scale farming operations.

Drought-Prone Regions

Its ability to improve plant resilience makes Spermine an essential tool for farmers in areas frequently affected by water scarcity, supporting consistent crop production.

General Crop Enhancement

Beyond rice, Spermine's properties make it a valuable addition to broader agricultural practices aimed at enhancing crop vigor and stress management. Contact us to discuss your specific needs.

Research & Development

Researchers seeking advanced plant growth regulators for crop improvement studies can benefit from our high-purity Spermine, a key component for exploring new agricultural technologies.