How AquiMax Works

AquiMax® is a revolutionary co-polymer system designed to improve soil water availability for plants. With Micro Inversion Technology (MIT), AquiMax is the first to combine a soil surfactant with a liquid long-chain moisture retention polymer into a stable microemulsion that can be injected into irrigation systems.
AquiMax is designed to be injected directly into irrigation systems, and readily travels from the injection point to the nozzle or emitter to exit the system. When the product reaches the soil, the surfactant in AquiMax helps the long-chain retention polymer penetrate and distribute evenly throughout the soil profile. The controlled-activation emulsion inverts to form a white film that surrounds soil aggregates and swells to retain water. This increases the bank of moisture that is available to plants throughout the growing season.

AquiMax can be applied strategically to avoid drought stress during physiological stages that are crucial to the crop’s development. When plants experience drought stress, they immediately stop the process of cell expansion. When cells aren’t expanding, plants aren’t growing. AquiMax helps reduce the risk of water stress and improves soil-plant-water relations to optimize plant health.

AquiMax® is a revolutionary co-polymer system designed to improve soil water availability for plants.

The webinar explores new advances in chemistry to increase water holding capacity for many soil types while improving the precision of delivery with existing irrigation equipment. Watch it now!

The total webinar is an hour-long Youtube video including a 15 min questions sections. A link to the webinar will be emailed to you. 

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AquiMax delivers unique micro inversion technology

AquiMax is a patented technology

Patent Numbers

9,307,758
Moisture retention polymer based agricultural compositions

9,309,378
Emulsion compositions comprising moisture retention copolymer and ethylene oxide—propylene oxide copolymer

9,357,769
Moisture retention polymer based agricultural compositions

9,428,630
Water and soil moisture retention polymer-based microemulsions and related methods

9,631,082
Water and soil moisture retention polymer-based microemulsions and related methods

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