Earlier, on March 16, a fire broke out in the first and second districts of the flexible packaging workshop of Hubei Huitian New Material (Yicheng) Co., Ltd., a wholly-owned subsidiary of Huitian New Material. The next day (March 17), the company was ordered to evacuate the factory workers and temporarily suspend production and business.
(For details, please click: Stop production and business! On the evening of
April 13, Huitian New Material announced that Hubei Huitian New Material (Yicheng) Co., Ltd. had received the "Rectification Review Opinion" issued by Yicheng Emergency Management Bureau. Its PAA workshop and new material workshop were approved to resume production . Since
March, in addition to Huitian New Material, there have been many fires in the photovoltaic industry.
Earlier, on April 7, 2026, Shandong Photovoltaic Material Factory also announced that a fire accident occurred in a factory building in the eastern part of the company's second factory, resulting in one death. According to reports, the fire accident factory has not yet been officially put into use. According to
the official website, China Porcelain Material is a new material platform enterprise, which has formed six business sectors of new energy materials , precision ceramics, digital printing and other materials. The products are widely used in the fields of electronic information and communication, new energy vehicles and solar photovoltaic .
Among them, in the photovoltaic field , the company's main business product is solar conductive paste- aluminum paste . On March 27
, 2026, Fengfan announced that a fire accident occurred in the cleaning area of the slicing workshop of Yangzhou Jingying Photoelectric Technology Co., Ltd. (Hereinafter referred to as "Yangzhou Jingying"), the holding company of the company, and the plant and equipment on site were damaged to a certain extent.
Yangzhou Jingying is the production base of polycrystalline ingots and monocrystalline silicon wafers under Suzhou Jingying Photoelectric Technology Co., Ltd., with a production capacity of 2GW for polycrystalline ingots and 8GW for monocrystalline silicon wafers.
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