The 24th Agrichemical Exhibition of Foshan Polyva Shanghai concluded successfully

         On March 15, the 3-day 24th China International Agricultural Chemicals and Crop Protection Exhibition (CAC2024) concluded successfully in a warm atmosphere. The exhibition site was crowded with people, the atmosphere was warm, and colleagues in the agrochemical industry were enthusiastic about communicating. Tens of thousands of relevant people gather in this agrochemical world to work together to promote the development of the world's agrochemical industry.

        The exhibition focuses on displaying the latest and best quality pesticide preparations, new technologies and new products at home and abroad, building a communication bridge between the Chinese pesticide industry and the world, promoting the transformation and upgrading of the domestic pesticide industry, and also providing domestic and foreign pesticide companies with A platform for communication.

         In order to cater to the global demand for high-quality, low-cost, and sustainable agriculture, our company is actively exploring solutions. At this exhibition, Foshan Polyva Environmental Protection Materials Co., Ltd. displayed the latest products and technologies, and also presented new business opportunities contained in new products and new technologies. Our company has launched two new green and environmentally friendly products - water-soluble films for pesticide bead packaging and water-soluble bags for pesticide packaging. They have been treated with water solubility, which not only solves the problem of the impact of toxic or irritating substances such as pesticides and industrial chemicals on the human body and the environment, but also effectively solves the problem of increased production and transportation costs caused by the heavy weight of glass bottles, and the lax sealing of bottle stoppers. Leakage and difficulty in recycling cause waste problems. In addition, the material of this film can be directly dissolved in water, and the metering is accurate, which can avoid the increase in bacterial resistance due to excessive or insufficient use of pesticides.