The relationship between breakthroughs in fertilizer granulator technology and socio-economic development is multifaceted. The following are some key points:

1. Improving Production Efficiency: New fertilizer granulator technologies, such as ring die granulator and intelligent control systems, can significantly improve production efficiency. For example, the double-membrane granulator utilizes a double-layer membrane structure—an inner layer of a high-strength, wear-resistant alloy membrane and an outer layer of a temperature-controlled, regulated membrane. This effectively handles high-moisture materials, improves pellet formation efficiency, and enhances microbial inoculant survival, thereby enhancing fertilizer quality.

2. Technological Innovation Supports Environmental Protection: New granulation technology can transform agricultural waste into high-quality organic fertilizer, reducing environmental pollution.

3. Reducing Energy Consumption: Energy-saving drivers and the use of advanced lining materials reduce energy consumption during the granulation process, lowering the carbon footprint of the granulation system.

4. Increasing Farmer Income: By improving fertilizer quality and yield, farmers can achieve higher yields and quality of agricultural products, thereby increasing their income. 5. Driving Industrial Upgrading: Technological innovation has driven industrial upgrading in the fertilizer granulator industry. Companies have enhanced the durability and reliability of their equipment by adopting more advanced production processes and materials, thereby strengthening their market competitiveness.

In summary, breakthroughs in fertilizer granulator technology have not only boosted agricultural productivity, contributed to environmental protection, and promoted economic development, but also supported the development of sustainable agriculture and advanced internationalization. These technological innovations have provided strong support for the comprehensive development of the social economy.