DELHAS FLOWZINC is a high-performance liquid biostimulant fertilizer developed to maximize flowering intensity, improve fruit set, and reduce flower and young fruit drop in high-value crops. The formulation combines targeted phosphorus and zinc nutrition with biochemical activators and metabolic vitamins, ensuring precise physiological steering during critical reproductive stages.
Unlike conventional PK fertilizers, DELHAS FLOWZINC is designed not only to supply nutrients but to activate the plant’s internal flowering and fruit-setting mechanisms, resulting in higher yield efficiency and improved crop uniformity.
DELHAS FLOWZINC provides a balanced nutritional profile optimized for generative growth:
This ratio ensures strong energy availability for floral development while maintaining zinc-driven hormonal balance and reproductive stability.
The formulation is enriched with advanced biostimulants and metabolic enhancers:
These components act synergistically to stimulate flower initiation, strengthen fruit retention, and improve stress tolerance during flowering.
The liquid form ensures rapid plant availability and excellent compatibility with foliar and fertigation applications.
DELHAS FLOWZINC stimulates the initiation of new flower primordia through:
This results in more uniform and synchronized flowering.
Zinc plays a critical role in:
ATCA further reduces physiological flower and fruit drop by stabilizing hormonal signaling during early fruit development.
The high phosphorus content supplies:
This is especially critical during flowering peaks when energy demand is highest.
B Vitamins and ATCA enhance enzymatic activity and metabolic efficiency, helping plants maintain reproductive performance under:
This ensures stable fruit set even under suboptimal field conditions.
DELHAS FLOWZINC is a next-generation flowering and fruit set biostimulant fertilizer combining targeted phosphorus and zinc nutrition with advanced hormonal activators and metabolic vitamins. By directly supporting flower initiation, fertilization, and early fruit development, it delivers higher yield potential, improved fruit quality, and greater production stability.