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DynaMix® Natural utilizes a potent blend of bioactive compounds derived from our exclusive microalgae biomass, bioconverted through our advanced UPT® technology. This unique formulation retains all the essential nutrients necessary for boost plant growth, making it an ideal choice for all crops.

Improved Nutrient Uptake: Balances and maximizes the availability of essential nutrients.

Stimulated growth: Promotes strong root systems and intense vegetative growth.

Increased resistance to stress: Strengthens plants against environmental stressors.

The DynaMix® family of solutions has been proven to activate crop gene expression within just two hours of application, allowing plants to rapidly realize their full genetic potential.

Thus, with fast and consistent results, DynaMix® Natural, as a key product in the range, enhances crop productivity, improves quality and optimizes the use of fertilizers, particularly for nitrogen and phosphorus, thus enhancing the profitability of your crops, thanks to its rich natural nutrients that are critical for the growth of leaves, stems, shoots and fruits.

Defeat the abiotic stresses: Watch your crops thrive under any condition

See how DynaMix® Natural maximizes tomato plants’ genetic potential to resist water stress.

Microalgae are highly efficient at capturing CO2, sequestering about 200 gigatons annually, and can provide +50% of the oxygen we breathe, supporting sustainable agriculture and contributing to climate change mitigation.

We have been using them for centuries – since the Aztecs!

Microalgae

are ancient, single-celled microorganisms that have been thriving in diverse aquatic environments for around 3 billion years. These versatile organisms harness sunlight, water, and CO2 to produce nutrient-rich biomass, playing a crucial role in photosynthesis and oxygen production.

With over 70,000 species, microalgae are rich in proteins, omega-3 fatty acids, and other nutrients, offering significant benefits for agriculture. They enhance plant growth, increase crop yields, improve soil structure, and booster resistance to stress while optimizing fertilizer use.