
Bionically transforms your plants
A breakthrough product when it first hit our shelves and still to this day capable of surprising the very best of growers, HALO unquestionably ranks as one of the most prolific boosters we’ve ever encountered. Let’s take a closer look at what happens when you apply HALO. Here’s the science…
The Science
HALO utilises advanced crop production technology to radically improve the fortunes of plants. The key element is the active ingredient Harpin Alpha Beta – a bacterial protein from commercial farming responsible for triggering the plant’s natural defence system. Various highly beneficial physiological and biochemical reactions are then initiated including an increase in photosynthesis (the equivalent of having more lights!), cell wall expansion, more efficient transport of sugar and improved nutrient uptake.
Furthermore, HALO also consists of a beneficial mix of micronutrients including iron, manganese, zinc and copper. These micronutrients are specially chelated to be slow released over a period of 3-10 days. HALO utilises a patented process for chelating the micro elements with polysacharrides, which maintains the availability of the nutrients both on the leaf and within the growing media, maximising the effects of the Harpin protein.
The Results
Experiment with HALO and you can expect to see significant increases in plant size, number of fruits and root mass as well as early flowering and enhanced resistance to disease – a combination that delivers healthier crops and significantly bigger yields! You might have heard it all before but we say believe the hype this time!
Application
Typically considered a foliar application, HALO proves particularly effective when used 2-5 times throughout your grow. Available as a cost effective 100g tub or in the 5 x soluble sachets – each of which dissolves in 500ml of water to create the ideal strength foliar spray. Treatments are recommended during vegetative growth, flower induction, flower enlargement and one week before harvest. Spray directly onto leaves at low light levels or just before grow lights are switched off.








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