For over a decade, Dux Agri has been at the forefront of bio-solution innovation in Sub-Saharan Africa – pioneering sustainable farming practices and driving measurable improvements in soil and crop performance.
Their continued investment in cutting-edge biotechnology has positioned them as a leader in the region’s shift toward smarter, more efficient agriculture. As the agricultural landscape evolves, the principle of “less is more” is gaining traction thanks to groundbreaking biotechnological advancements. One such innovation is Eckosil, a highly bioavailable orthosilicic acid. Unlike conventional silica products that require high volumes and rely on microbial decomposition or specific pH levels to become plant-available, Eckosil ensures superior absorption – even when applied foliarly.
The result: enhanced plant strength, improved stress tolerance, and measurable yield gains with a fraction of the input. Eckosil is applied foliar at 30-50 ml per 100 litres of water or via fertigation at 0,5 to 1 litres per hectare, depending on crop type and growth stage. This low application rate is a prime example of how modern biotechnology enables farmers to achieve superior results with far less material input.
Similarly, Super Nitro exemplifies this same principle in nitrogen nutrition. Containing 300 g of nitrogen per kilogram, Super Nitro delivers an exceptionally efficient nitrogen source that can be safely applied foliarly – even at rates as low as 3 litres per hectare – without the risk of leaf burn. In contrast, urea often causes phytotoxicity at foliar concentrations above 1 to 2%, limiting its use. This makes Super Nitro ideal for precision applications such as drone spraying on maize at tassel, resulting in significant yield improvements due to its bioavailability and rapid leaf uptake. Another remarkable innovation is Messenger, a technology that demonstrates that improving calcium in plants isn’t just about adding more calcium.
Instead, Messenger works by opening calcium pathways within the plant, greatly enhancing calcium uptake and mobility to where it’s needed most – strengthening cell walls, improving fruit quality, and extending shelf life. Messenger is typically applied at 150-300 g per hectare for fruit crops and 50-100 g per hectare for vegetables, depending on the desired response and crop stage. By leveraging such biotechnological advances, farmers can achieve higher efficiency, lower input costs, and stronger environmental stewardship – proving that modern biotechnology can truly help agriculture do more with less.
As a proud distributor of these and other advanced bio-solutions, Dux Agri continues to champion a new era of
sustainable, results-driven agriculture across Sub-Saharan Africa – where innovation meets performance, and less truly becomes more.
For more information on Dux Agri’s leading products visit www.duxagri.com or call them on (+27)12-548-1214 or send an email to info@duxagri.com.
