{ Super Molecule - 2016 Nobel Prize}
mMSA™ Super Molecule Chemistry Has Arrived - SoluSil Transforms How Plants Flower, Grow & Defend Themselves
mMSA™- Monosilicic Acid is nature’s own “super molecule” — a tiny, animated piece of Nobel Prize–level chemistry at work in every drop. Much like the molecular machines that won the Nobel Prize for their precision and intelligence, this dynamic molecule self-assembles & reacts with plant cells at the microscopic level, strengthening them from the inside out. When applied to crops, it doesn’t just feed plants — it activates them. It builds stronger cell walls, improves water efficiency, enhances photosynthesis & helps plants naturally defend against stress and disease. In simple terms, Monosilicic Acid turns ordinary plants into high-performance versions of themselves, proving that the most advanced chemistry in the world can also be the most natural.
{ Natures Finds A Way }
How is Monosilicic Acid Made Naturally?
Mother nature is all giving and produces mono-silicic acid (MSA) as a result of millions of years of silicon decay within Oceans and large bodies of water. It’s a fact that most water contains trace amounts of soluble silicon/ MSA. Additionally, MSA naturally occurs in volcanic rich areas where geo-activity abundantly synthesizes soluble silicon from mineral rich silicates. Nature inspired us and the rest is history.
{ Proprietary Science }
Essentiality is our Multi Stage™ MSA Complex
SoluSil™ features an Elegant Array of Patent-Pending Multi-Stage MSA & key maximizing ingredients to get the job done. Our breakthrough is the most comprehensive end-to-end strategy to implementing MSA. There has never been anything like this before. Designed to solve key problems & give growers compelling results quickly.
{ The Science Of Silicon MSA }
Countless Studies Show the Effectiveness of MSA & Soluble Silicon - Now there is the Game Changing Multi Stage™ MSA Complex
The data is clear, soluble silicon from a matrix source rich in MSA is an effective and safe method to improve vegetative growth and strength while reducing the impact of environmental stressors.