中科可蓝完成数千万元天使+轮融资，推进“第三代降解塑料”PDA规模化落地

Core Insights - The biodegradable materials industry is transitioning from the technology validation phase, with engineering capabilities and stable delivery becoming critical for mainstream adoption [1][3] - Zhongke Kelan, a leader in "third-generation biodegradable plastics," has completed a multi-million yuan angel+ round financing to enhance product development, expand production capacity, and achieve commercial scalability [1][3] Group 1: Company Developments - Zhongke Kelan's "third-generation biodegradable plastic" PDA is not merely an upgrade but a comprehensive technology system designed for multi-environment degradation, ensuring complete degradation in compost, soil, freshwater, and marine environments while maintaining application performance [3] - The company has accelerated its capacity layout, with the first phase of a pilot base in Wuhai, Inner Mongolia, reaching a planned annual capacity of approximately 3,000 tons, expected to begin trial production in mid-2026 [3] - Zhongke Kelan plans to establish a modified production base in Lianyungang to support its business in East China [3] Group 2: Market Applications - The company is focusing on high-performance material applications in real scenarios, such as ecological agriculture, where PDA film achieves a good balance between mechanical strength, usage cycle, and degradation performance [3] - In the 3C electronics sector, related products have entered the packaging systems of leading consumer electronics brands, with a steady increase in supply [3] - PDA's degradation characteristics provide a competitive advantage in marine aquaculture and ecological restoration [3] Group 3: Business Performance - As of now, Zhongke Kelan has achieved a cumulative commercial delivery volume of several hundred tons, with orders exceeding 1,000 tons [4] - With the gradual release of production capacity at the Wuhai base, the company anticipates significant revenue growth in 2026, facilitating the transition of third-generation biodegradable plastics from "usable" to "scalable use" [4]