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Home - News - A New Type Of High-Efficiency Plant Growth Regulator Propionyl Brassinolide

A New Type Of High-Efficiency Plant Growth Regulator Propionyl Brassinolide

July 25, 2022

                                 A New Type Of High-Efficiency Plant Growth Regulator Propionyl Brassinolide CAS No. C35H56O7

Propionyl Brassinolide is a new type of high-efficiency plant growth regulator and an upgraded product of Brassinolide. In addition to retaining the advantages of brassinolide, the product has a longer duration of efficacy, more pronounced and more stable effects. It is famous for its outstanding characteristics of comprehensively regulating cultivated plants and its own advantages such as high efficiency, safety, pollution-free and residue-free. A rare and excellent product for high-quality and efficient agriculture.


Propionyl brassinolide technical appearance is white crystalline powder, soluble in methanol, ethanol, ether, chloroform and other organic solvents, insoluble in water, and its chemical properties are stable.


Effects of propionyl brassinolide on wheat yield increase

Propionyl brassinolide (Aizengguan) was sprayed before and after the flowering of wheat, and the thousand-grain weight, number of grains per panicle and yield per unit area of wheat were significantly increased. When 0.003% propionyl brassica was used When the 3000 times liquid of prime lactone water is sprayed once before and after the wheat blooms, the yield increase effect is the best, and the yield increase rate can reach more than 10%. The input-output ratio is 1:6.5-9.6, and the effect of increasing yield and income is remarkable.


Yield-increasing effect of propionyl brassinolide on rice

Propionyl brassinolide is a new, broad-spectrum growth regulator with extremely high biological activity, which can balance and coordinate endogenous hormones such as gibberellin, auxin, cytokinin, ethephon, etc. in plants. Nutrients are transported to the tissues with the most nutrient demand, which can promote growth, preserve flowers and fruits, increase seed setting rate, promote root growth, enhance stress resistance, increase crop yield, and improve quality.