【Market Dynamics】Agricultural Machinery and Fertilizers Usher in a Smart & Simplified New Era for Rapeseed Production

On September 20, 2025, the "Rapeseed Unmanned Planting and Mechanized Tilling & Sowing Technology and Equipment Observation & Demonstration Conference", co-hosted by Huazhong Agricultural University, Hubei Provincial Department of Agriculture and Rural Affairs, and Hubei Agricultural Development Center, was successfully held in Xiangyang.

Five academicians, as well as more than 200 representatives from scientific research institutions, enterprises and cooperatives, gathered at the venue to observe the operation of unmanned intelligent agricultural machinery and exchange cutting-edge technologies for simplified and large-scale rapeseed planting.

As the only invited fertilizer enterprise for the conference, Hubei Yishizhuang Agricultural Technology Co., Ltd. focused on displaying its series of products including special slow-release fertilizer for rapeseed and formulated fertilizer for wheat, and collaborated with agricultural machinery to demonstrate precise fertilization operations on-site.

Based on slow and controlled-release technology, this product series enables the slow release and precise supply of nutrients. It is highly compatible with mechanized fertilization modes such as "simultaneous sowing and fertilization", "side-deep fertilization" and "precision fertilization", helping to achieve "one-time fertilization for the entire growth cycle" and significantly improving fertilizer use efficiency and operation efficiency.

This conference provided an important technology integration and demonstration platform for promoting the simplification and intelligentization of rapeseed production. Through its participation in this exhibition, Yishizhuang not only highlighted the company’s innovative strength in fertilizer-machinery adaptation and agronomy integration, but also reflected its corporate mission of actively promoting the green transformation of agriculture and serving the high-quality development of modern agriculture.