In 2025, the global slow-release fertilizer market is expected to exceed $15 billion, with a compound annual growth rate of 7.5%, becoming the fastest growing segment in the fertilizer industry.
1. Policy-driven and technological upgrade
With the advancement of the United Nations 2030 Agenda for Sustainable Development and China's dual carbon goals, global agriculture is accelerating its transformation to precision and low carbon. The PCT aluminosilicate slow-release technology used in "Daliwan" achieves controlled nutrient release through ion adsorption, reduces leaching losses and soil compaction, and its 9-month fertilizer cycle can replace 3-4 topdressing of traditional fertilizers, perfectly meeting the environmental protection requirements of the EU's Green New Deal and the African Agricultural Transformation Agenda.
2. Market verification and economic benefits
In the durian producing areas of Southeast Asia, Daliwan increases leaf thickness by 5%, chlorophyll content by 8%, and single plant yield by 20%, and the dosage is only 15% of conventional compound fertilizers. In China, the weight of single fruit increased by 12% after using it in apple orchards in Shaanxi, and the labor cost of fertilizing eucalyptus trees in Guangxi was reduced from 10 people/day to 2 people/day, saving more than ¥20,000/hectare in labor costs annually.
3. Technical barriers and competitive advantages
The core barrier of Daliwan lies in the "long-term + stress resistance + green" trinity technology, while the competitive advantages are reflected in cost reduction and efficiency improvement, policy compliance and precise market positioning. Against the background of the global fertilizer industry's transformation towards high efficiency and environmental protection, this product is expected to quickly penetrate the developing market and benchmark the high-end product lines of international giants.
The rise of Daliwan marks the transition of slow-release fertilizers from conceptual products to large-scale applications. As global agriculture evolves towards high efficiency, low carbon and labor saving, such innovative products will become the core growth point of international agricultural inputs trade.
