An imported-tech flowering stimulant, enhanced with other plant growth regulators (PGRs) and fast-result technologies, is designed to rapidly induce and support flowering by leveraging advanced formulations. This type of stimulant would typically combine multiple bioactive compounds and cutting-edge techniques to maximize efficiency and speed up flowering. Here’s how the components might work together:
This approach promises rapid flowering by triggering flowering-specific pathways while boosting nutrient efficiency, making it suitable for plants that need a quick transition or recovery in flowering stages.
DOSE : 5 ml/15 ltr Water
PACK SIZE : 200 Ltr drum
FUNCTION OF PRODUCTS : Flowering Stimulant For All Vegetables, Fruits, Pulses, Cotton, Tea garden, Flowers and Other All Crop
Minimum Order Quantity : 500 PacketPack Size : 10gm and 50gmPack Type : PacketsUsage : Agriculture Use OnlyDosage : 2-3 ... Continue
Minimum Order Quantity 200 KilogramForm PowderPack Size 25 kgBrand Volkschem Crop Science Pvt LtdColor YellowOrganic Typ... Continue
Minimum Order Quantity : 200 LitrePack Size : 100ml, 250ml, 500ml and Bulk PackPack Type : Bottle And DrumsUsage :... Continue
Minimum Order Quantity : 200 LitreBrand : Force-9999Pack Size : 10ml, 50ml, 100ml, 250ml, 500ml, 1ltr and Bu... Continue
A flowering stimulant containing Humic acids, Amino acids, Fulvic acids, Cytokinin, Protein, Vitamin, and other Plan... Continue
Nitrobenzene at a 20% concentration is a common flowering stimulant that acts as a powerful growth enhancer and bloo... Continue
A flowering stimulant with Nitrobenzene (20%) and Amino Acids (9%) is formulated to enhance flowering by promot... Continue
A flowering stimulant with Nitrobenzene at 35% concentration is a potent formulation used to enhance flowering ... Continue
A flowering stimulant formulated with Nitrobenzene (40%), Amino Acids (15%), and additional Plant Growth Regulators ... Continue
A flowering stimulant with Nitrobenzene (50%), Amino Acids (20%), and other Plant Growth Regulators (PGRs) is a... Continue