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The widespread adoption of precision agriculture is accelerating the demand for CRFs. These technologies, which rely on data and analytics to optimize farming practices, pair perfectly with CRFs to ensure the right nutrient is delivered at the right time and in the right place. This integration not only boosts crop yield and quality (especially for high-value crops) but also aligns with global sustainability goals by reducing environmental nitrogen pollution and greenhouse gas emissions stemming from traditional fertilizer losses.
Despite the clear performance and environmental benefits, the high production cost remains the most significant challenge for the CRF market. The specialized polymer coating and advanced engineering involved make CRFs considerably more expensive than conventional fertilizers like urea. However, as global awareness of environmental protection and the long-term economic benefits of sustained nutrient delivery grows, especially in fast-developing agricultural markets like Asia-Pacific, the value proposition of CRFs continues to drive their adoption…