双欣环保：将持续向聚乙烯醇下游高附加值领域延伸 开发建设PVB树脂及功能性膜等多种高端新材料产品

Core Viewpoint - The company, Inner Mongolia Shuangxin Environmental Protection Materials Co., Ltd., is focused on expanding its product offerings in high-value downstream areas of polyvinyl alcohol (PVA) and green chemicals to optimize its revenue structure and achieve sustainable long-term growth [1][2][5]. Group 1: Company Overview - Shuangxin Environmental is a high-tech enterprise engaged in the research, production, and sales of PVA, specialty fibers, vinyl acetate (VAC), and calcium carbide, with a complete PVA industry chain layout [1][2]. - The company has an annual production capacity of 130,000 tons of PVA and 870,000 tons of calcium carbide, ranking among the top three in PVA production in 2024 [2][5]. Group 2: Product and Market Performance - The company operates at full capacity with high utilization rates, distributing products across 29 provinces in China and exporting to over 40 countries [4]. - Shuangxin's PVA and related products have received recognition as brand-name products in Inner Mongolia, and the company has established long-term partnerships with influential manufacturers in various industries [4][5]. Group 3: Financial Performance - The company reported revenues of 5.061 billion yuan, 3.783 billion yuan, and 3.486 billion yuan for the years 2022 to 2024, with net profits of 808 million yuan, 558 million yuan, and 521 million yuan respectively [5][6]. - For the first half of 2025, the company achieved revenues of 1.797 billion yuan and net profits of 281 million yuan, with an expected annual revenue of 3.719 billion yuan, reflecting a growth of 6.66% [6]. Group 4: Future Growth and Investment - The company plans to invest the net proceeds of approximately 1.798 billion yuan from its IPO into projects aimed at enhancing production capacity and energy efficiency, as well as research and development [7]. - The strategic focus includes expanding into high-value downstream products such as PVB resins and functional films, as well as improving energy efficiency in production processes [7][8].