SEA-90 Garden and Crop Fertilizer and SEA-90 Essential Livestock Mineral - the Most Complete Mineral and Trace Element Products Ever Offered!
SEA-90 sea mineral solids are 100% natural, water soluble, mined minerals listed by the USDA National Organic Program and Organic Materials Review Institute (OMRI) for use in the production of organic food, fiber and livestock.
SEA-90 sea mineral solids are natural crystals produced by solar dehydrating H2O from sea water trapped in retention ponds located in a very arid pristine coastal area with no industry or agriculture. This particular sea is considered to be one of the most mineral-rich and diverse in sea life on earth.
The minerals and trace elements in SEA-90 are proportioned and balanced to sustain biological life. Consider that the elements in sea water are at essentially the same ratios as human blood, and that sea life living in pure and balanced ocean water is seemingly immune to cancer and other degenerative diseases.
SEA-90 is the product of 30 years of research by Dr. Maynard Murray that proved soils enhanced or remineralized with sea minerals grow crops superior to that grown solely with conventional fertilizers. Dr. Murray shared his knowledge and research with Robert Cain who is the founder of SeaAgri, inc.
SEA-90 is provided exclusively by SeaAgri, inc. and its authorized distributors.
Beware of other sea mineral products claiming to be Dr. Murray's sea solids. Only SEA-90 is created from sea water in the exact location discovered by Dr. Murray more than 50 years ago. Imitations could be white or red in color that indicates high sodium or iron levels and could harm soils, crops and livestock. See our lab analysis for more information.
SEA-90 vs Competitors
Lab analysis proves SEA-90 is superior to competitive products. Check out recent data supplied by Midwest Labs comparing minerals and trace elements contained in SEA-90 versus three competitors. (PDF)
Drought Resistance 2012 Research Study shows as little as 25 lbs per acre of
SEA-90 increases corn production even in severe drought. (PDF)