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Specifications
| Appearance | white powder |
| Assay | 98%min |
| Heat loss (wt%) | 0.17max |
| Ash (wt%) | 0.13%max |
| UDMH (w/w, ppm) | 30max |
| Succinic Acid (wt%) | 0.1%max |
| Hazen colour (Hazen) | 70 |
| Unknown (Individual, wt%) | 0.1%max |
Applications
Daminozide is primarily used as a plant growth regulator in horticulture and agricultural research. It is applied to regulate growth patterns, reduce excessive vegetative elongation, and improve compactness and structural strength in ornamental plants, fruit trees, and certain greenhouse crops. By influencing gibberellin biosynthesis pathways, it helps control internode length and enhances desirable plant architecture. In fruit cultivation studies, Daminozide has been used to investigate effects on flowering, fruit set, and color development, particularly in apples and ornamental species. The compound is also applied in controlled-environment research to study plant physiology, including stress response, hormonal regulation, and canopy management techniques that rely on growth-limiting agents. Its predictable effect on shoot growth makes it a useful tool for experimental modeling of plant developmental processes.
Benefits
Daminozide offers several benefits that contribute to its usefulness in horticultural and plant science applications. It promotes compact, uniform growth, which improves the aesthetic quality and handling characteristics of ornamental plants and nursery crops. By reducing excessive elongation, it enhances stem strength and structural stability, lowering the likelihood of lodging or breakage during growth or transport. In experimental settings, its consistent mode of action provides reliable control over growth variables, facilitating clearer interpretation of plant physiological responses. Daminozide also supports improved crop management by helping maintain desirable plant size in dense cultivation systems, reducing the need for mechanical pruning. Its ability to modulate growth and developmental timing allows researchers to synchronize or manipulate plant responses for more controlled studies.
Conclusion
Daminozide is an effective plant growth regulator valued for its ability to produce compact, uniform, and structurally strong plants, as well as for its usefulness in plant physiology research. Its predictable impact on growth pathways supports practical horticultural management and controlled scientific investigations. Overall, Daminozide remains a significant tool for shaping plant development, improving crop quality, and advancing research into plant growth regulation.

