In celebration of the official opening of Shuangqiao (Guangzhou) Co., Ltd.’s new office in Nansha,a delegation led by Mr. Ge, Executive Vice President of TIT (Guangzhou Textiles Industry & Trade Holdings Ltd.)，along withMr. Lin, Chairman of Guangzhou Chemicals (Guangzhou Chemicals Imp. & Exp. Co., Ltd), Mr. Chen, Business manager of Pharmaceutical Department, senior overseas business personnel Leo and Humen from the Food Additives Division, visited the newly established Nansha base, and was warmly received by Mr. Xu, Chairman of Shuangqiao Group, Mr. Tan, Sales Directorof Shuangqiao Group, and Mr. Li, Foreign Trade Managerof ShuangqiaoGroup.

    Shuangqiao (Guangzhou) Co., Ltd., the nation’s largest producer of corn starch syrup, boasts the world’s largest single-site production facility for this product in its Nansha plant. This cutting-edge facility marks a significant milestone in Shuangqiao’s global expansion and reinforces its leadership in the industry.

    The visit further strengthened the long-standing partnership between Guangzhou Chemicals and Shuangqiao Group. Guangzhou Chemicals has been a key partner in exporting Shuangqiao’s starch syrup to international markets, and this collaboration has facilitated mutual growth, creating new opportunities for efficiency and synergy within both companies.

    Looking to the future, Guangzhou Chemicals is eager to deepen its collaboration with Shuangqiao Group, exploring new avenues to promote and expand the export of starch syrup. By strengthening this partnership, both companies aim to enhance internal operational efficiencies, drive further growth in the food and pharmaceutical sectors, and support international market expansion.

    This collaboration exemplifies how two industry leaders can join forces to innovate, drive mutual success, and create enduring value for clients and stakeholders alike. The visit underscored the commitment of both Guangzhou Chemicals and Shuangqiao to continue advancing a more efficient, sustainable, and globally competitive business model.