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农药行业出现“三个失衡”
Zhong Guo Hua Gong Bao· 2025-10-15 02:58
Core Insights - The Chinese pesticide industry maintains its position as the world's largest producer and exporter, showing signs of recovery, but still faces structural challenges characterized by three imbalances [1] Group 1: Industry Challenges - The first imbalance is between supply and demand, with increasing competition leading to low capacity utilization and intensified price competition [1] - The second imbalance involves insufficient investment in innovation, with most companies spending less than 3% of sales on R&D, further compressing profit margins due to vicious competition [1] - The third imbalance is between domestic production capacity and international market influence, where high export volumes are met with low pricing, creating dual pressure [1] Group 2: Government and Association Initiatives - The Ministry of Agriculture and Rural Affairs is set to implement revised pesticide regulations in January, aiming for comprehensive oversight to standardize industry development [1] - The China Pesticide Industry Association has launched a three-year initiative to restore competitive order in the industry, focusing on strict self-regulation and foundational measures [1] Group 3: Strategic Opportunities - Experts highlight that the pesticide industry is at a strategic opportunity period but must address issues like structural overcapacity and low-end product homogeneity [2] - Future development will focus on four key areas: greening, precision, intelligence, and biological methods, with the global biopesticide market expected to be a fast-growing sector [2] - The Ministry of Agriculture is committed to providing support for enterprise development and coordinating policy efforts to promote high-quality growth in the pesticide industry [2] Group 4: Technological Innovations - Shenzhen Jingtai Technology Co., Ltd. has developed a specialized chemical synthesis platform to address challenges in chemical synthesis, aiming to accelerate the intelligent synthesis of pesticides [3]