Product Description Vegamatrix pHyre Microbial is a Paenibacillus polymyxa species cultured for its ability to aid each plant in reaching its full genetic potential. This universal bacterium is one of a kind and highly efficient simultaneously fixing nitrogen, solubilizing phosphates and releasing potassium. Use pHyre with any nutrient system calling for microbes including Vegamatrix. P – Phosphate solubilizing and nitrogen fixation bacteria H – Survivability and viability pH range of 3-8 Y – Increase in yield and potency R – Root colonizing bacteria that promotes growth E – Exponential growth maximum concentration reach during plant development Temperature Statement: pHyre will freeze at temperatures below 32 degrees Fahrenheit. The product is still viable in a “slushy” type state. As long as the product does not freeze solid there will be no adverse effects on performance or integrity. It is not recommend to store the product in places where temperatures will exceed 135 degrees Fahrenheit . If the product is exposed to temperatures greater than 135 degrees Fahrenheit it may experience some off gassing and/or swelling. About Vegamatrix pHyre Microbial: Isolated from the ashes of slash and burn Cultured under propriety conditions to ensure quality and quantity This fastidious bacteria is nature’s most powerful root colonizer Fungal and insect defense (antibiotic production) Survivability in a wide range of environmental conditions Single species is capable of performing the task of many genus and species Provides specialized microorganisms to help combat persistent soil-borne plant pathogens and reduce future disease vulnerability Properties of Vegamatrix pHyre Microbial: A primary root colonizer in the soil Secretes antifungal compounds such as antibiotics Converts atmospheric N2 to NH3; a consumable form of nitrogen for plants Produces the thickest form of exopolysaccharides Naturally produces plant hormones such as IAA and Cytokinin Used as a bio-flocculation tool a substitute to polymers Why inoculate with a single species? Eliminating application of toxic solutions from multiple species in a liquid solution Having a single species ensures survival and viability before and after applications Increases the microbial richness in the soil after application It is much easier for a single species to find its niche in the rhizosphere Concentration of the single species remains consistent Exponential growth can be reached without any competition
