It has following physiological roll for the different crops, flowering plant, and horticulture plant to increased yield of fruits, grains, and flowers.

• It promotes flowering numbers.

• It stimulates growth of flower parts.

• It promotes femaleness in dioecious flowers.

• It inhibits the production of ethylene at high concentrations.

• It stimulates cell division in embryo for seed and fruit size.

• It promotes reproductive organ development.

• It stimulates embryonic cell elongation.

• It stimulates differentiation of phloem and xylem in stem to fruit.

• It can inhibit leaf and fruit abscission.

• It can induce fruit setting and growth in plants.

• It is involved in assimilate movement toward an effect on phloem transport.

• It delays fruit ripening and early aging.

• At germination of seed it stimulates shoot and root growth and differentiation (Triple response).

• It has a role in viability of pollen formation.

• It provides vitality for flower pollination to seed setting.

Floretor is used to increase flowering and fruits. It improves fruit color, taste, and smell which lead to the best quality. It is used to maximize female flower ratio. It applies at reproductive stage to increase crop production.