V-ZINC (Bacillus sp.,)

V-ZINC (Bacillus sp.,)

Zinc is one of the essential nutrients required for plant growth. V-ZINC contains efficient strain of Zinc solublizing bacteria, which dissolve insoluble form of Zinc in soil to make it available to plant.

Importance of Zinc

In production of auxin, an essential plant growth hormone Regulates starch formation and proper root development In formation of chlorophyll and carbohydrates Enable plants to withstand lower air temperature Helps in the biosynthesis of cytochrome; a pigment, and maintains plasma membrane integrity, and helps synthesis of leaf cuticle.

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Mode of action - uptake of nutrients

  • Zinc solubilizing bacterium multiplies, secrete organic acids and helps to solubilize insoluble and chelated zinc fixed in the soil. This mobilized zinc is easily available to the plants

Recommended Crops

  • Rice, Ragi, Maize, Sorghum, Areca nut ,Sugarcane, Millets, Coconut, Cotton, Cocoa, Banana, Cardamom, Pepper, Ginger, Coffee, Rubber, Tea, Vanilla, Orange, Amla, Turmeric and all Agricultural and Horticultural crops.

Method of application

  • Seed Treatment

    For Paddy 1 Kg/acre, other crops ½ Kg/acre. Mix required quantity of inoculent with 250ml of cool rice kanji and make a slurry. Treat the seeds sufficient for an acre. Dry in shade for 30 minutes and sow.

    Seedling treatment

     

    Mix 2 Kg or 500ml of V-ZINC in 50 lit of water and dip the roots for 15 mts before transplanting.

    Main field application

    Mix 5 Kg or 1000ml of V-ZINC in 100 Kg of well composted farmyard manure and broadcast in one acre of main field, just before transplanting.

    V-ZINC should not be mixed with any chemical insecticide, fungicide and weedicide. Maintain organic matter and adequate moisture before and after application.

    Viable Cell Count: 2 x 108 (Carrier)

    Viable Cell Count: 1 x 109 (Liquid)

    Best before 6 months from manufacturing date

Benefits

    • Produces auxin, an essential plant growth hormone.
    • Regulates starch formation and proper root development.In formation of chlorophyll and carbohydrates.
    • Enable plants to withstand lower air temperature Helps in the biosynthesis of cytochrome; a pigment, and maintains plasma membrane integrity, and helps synthesis of leaf cuticle.