Recently, the heating furnace for medium- and large-diameter bars of Fujian Provincial Sansteel (Group) Co., Ltd. and No. 1 heating furnace for 3,500 mm wide and thick plates of Tongling Jingchang Steel Products Co., Ltd., both of which were contracted by CERI Phoenix Industrial Furnace Co., Ltd., have been successfully ignited.

Heating Furnace for Medium- and Large-Diameter Bars of Fujian Provincial Sansteel (Group) Co., Ltd.

Sansteel Minguang Co., Ltd., Fujian has designed a new semi-continuous production line for high-quality alloy steel bars with medium and large diameters as part of its 800,000 t Medium- and Large-Diameter High-quality Bar Project. The production line's heating furnace is an air and gas regenerative heating furnace. It incorporates advanced special steel heating furnace technology and equipment developed independently by CERI Phoenix Industrial Furnace Co., Ltd., including features like low NOx combustion technology, pulse combustion control, optimized furnace temperature control, and furnace pressure and atmosphere regulation. With various energy-saving measures implemented, the furnace has achieved top-tier technical, economic, and environmental performance in China, along with international leadership in ultra-low NOx emissions.

Heating Furnace for 3,500 mm Wide and Thick Plates of Tongling Jingchang Steel Products Co., Ltd.

Tongling Jingchang Steel Products Co., Ltd. has established a production line capable of producing 1.6 million tons of 3,500 mm wide and thick plates annually. CERI Phoenix Industrial Furnace Co., Ltd. is the general contractor for the construction of two heating furnaces that will support this production line, with the No. 2 heating furnace currently under construction.

This project utilizes the double-regenerative combustion technology independently developed by CERI Phoenix Industrial Furnace Co., Ltd., along with intelligent control systems including centralized commutation by side and by section, automatic adjustment of air-fuel ratio and heat supply in each section, and automatic furnace pressure control. Various energy-saving measures are implemented to meet design objectives of high efficiency, top quality, reduced energy consumption, environmentally friendly practices, and automated production operations.