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Pilarquim Expands Global Rollout of PILARTEP NANO, Reducing Pesticide Use and Improving Efficiency

After a series of market introduction events across Central and South America and Asia, Pilarquim recently held two more large-scale launch events for PILARTEP® NANO in Kazakhstan and Morocco. These latest events marked another important step in the product’s global expansion and highlighted the growing international recognition of nano-enabled crop protection solutions. By strengthening its presence in key agricultural markets, Pilarquim is accelerating the global rollout of innovative technologies that support higher application efficiency, more precise use of crop protection products, and a more sustainable future for agriculture.
At the center of these launch events was PILARTEP® (Tebuconazole + Pyraclostrobin SC), a broad-spectrum fungicide developed by Pilarquim to provide strong disease control and support crop health in agricultural production. To further improve its field performance, Pilarquim upgraded it to PILARTEP® NANO, allowing for enhanced disease control and better yield performance under practical farming conditions.
Alongside the professional and engaging technical presentations, the events featured an intuitive on-site sieving demonstration. Through this visual comparative display, participants gained a more direct and tangible understanding of the ultra-fine characteristics of nano-sized particles and the practical significance of nano-formulation in crop protection. The demonstration sparked strong interest in PILARTEP® NANO from the audience.
The successful launch events in Kazakhstan and Morocco not only deepened Pilarquim’s engagement with local partners, but also reinforced confidence in the long-term potential of Pilarnano® products to help shape the future of crop protection.
Looking ahead, Pilarquim will continue to develop more innovative products powered by Pilarnano® Technology, bringing advanced crop protection solutions to more growers worldwide and contributing to the ongoing transformation of global agriculture through innovation and precision technology.
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