NorthGlass has once again been recognized at national level for its advanced energy-saving technologies, as its high-efficiency Triturbo Fan series has been included in China’s 2025 National Catalog of Recommended Energy-Saving and Carbon Reduction Technologies & Equipment released by the Ministry of Industry and Information Technology (MIIT).

The catalog lists two Triturbo Fan models, the GASFI-9.5a-SY-A and GASFI-14.7a-SY-D, under the High-Efficiency Energy-Saving Equipment category. Both units exceed China’s Grade 1 energy efficiency standard, achieving operational efficiency levels of over 90%, a key benchmark for industrial energy performance. This marks NorthGlass’ second inclusion in the MIIT catalog, following its initial recognition in 2022, further confirming the company’s long-term commitment to sustainable innovation.

The MIIT catalog is designed to accelerate the deployment of mature, high-impact energy-saving technologies and support China’s industrial green transformation. The 2025 edition features more than 100 advanced technologies and equipment solutions across multiple sectors, covering both energy-saving and carbon-reduction applications.

NorthGlass’ Triturbo Fan series integrates advanced three-dimensional aerodynamic flow design, high-efficiency motors, and intelligent control systems, ensuring excellent airflow performance, operational stability, and precise energy management. One model variant features a permanent magnet direct-drive system, eliminating traditional belts and couplings. By allowing the motor to directly drive the impeller, this design significantly reduces mechanical losses, improves transmission efficiency, and enhances reliability.

Designed for energy-intensive industries such as steel, metallurgy, cement, and building materials, the Triturbo Fan responds to growing demand for high-efficiency fan systems as a critical lever in reducing overall industrial energy consumption. As low-carbon manufacturing policies continue to advance, NorthGlass remains focused on delivering efficient, intelligent solutions that support sustainable industrial development.