• Jacks Classic - Orchid Liquid - 8oz

      • Orchid Liquid
      • Jack's Classic
      • |
      • 7-5-6
      •  

        One of two new liquid orchid products from J.R. Peters, Inc., this Jack’s Classic 7-5-6 is used

        to promote excellent leaf growth.

         

        This product is easy to mix and use and contains not only major and minor elements but also Calcium and Magnesium, which is essential when using rain water, reverse osmosis water, and relatively pure waters for growing. When used in conjunction with the Jack’s Classic Orchid Blossom Booster 3-9-6 , it is the perfect system to keep your orchids producing excellent leaves and blooms throughout the year.

         

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      • Product Information
      • For use with:
        • All orchid varieties to promote vigorous vegetative growth and prolific blooming
    • How to Use


      For Small Volume MixingOrchid

      Dissolve the following amounts in 1 gallon of water.  An injector should not be used.

      1/2 tsp.   =  125 ppm

      1 tsp.      =   250 ppm

      1 tbsp. =   750 ppm

       

      When Using a Siphonex or Hoze-on Proportioner

      1:15 setting                                E.C.

      100 ppm    =    1.0 oz.                0.64

      200 ppm    =    2.0 oz.                1.28

      300 ppm    =    3.0 oz.                1.92

      Limit of Solubility in Hot Water = 3.5 lbs. per GallonOrchid

       

      For Best Results

      Jack's Fertilizers are made with 100% soluble raw materials that will form a true solution. 

       

      For best results, use warm or hot water (180 F°) to dissolve product. Some raw materials are slower to dissolve than others. Most fertilizer compounds dissolve in an endothermic reaction, which means they absorb heat from their surroundings during the process.  In strong concentrations or stock solutions (1-3+ lbs. per gallon), using cold water in a cold environment will drastically slow the dissolving process (up to 24 hours to form a true solution).  In all conditions, agitation will help speed up the dissolving process by exposing more particle surface area to the water.