Core Viewpoint - The company is actively promoting bamboo-based composite materials as part of its response to national policies aimed at replacing plastic with bamboo, thereby enhancing the bamboo industry structure and upgrading its products [2][5]. Group 1: Company Developments - The company held an institutional communication meeting on February 5, where analysts from various securities firms discussed bamboo-based composite materials and other products with company executives [1]. - The company has partnered with the Ningbo Institute of Materials Technology and Engineering to develop bamboo-based composite materials, which can also be extended to other biomass raw materials like straw and reed [2]. Group 2: Product Features and Market Potential - Bamboo-based composite materials are a new type of high-performance bio-based environmentally friendly material, offering advantages such as reduced weight (20% lighter), rigidity, toughness, temperature resistance, and corrosion resistance [3]. - The global pallet market is substantial, with an estimated stock of 10 to 12 billion pallets and a market size of approximately 600 billion yuan, showing stable growth [3]. Group 3: Production and Future Plans - The company’s bamboo-based industrial pallets can support static loads of 4 tons and dynamic loads of 1.5 tons, meeting high-end industrial demands [4]. - The company plans to complete the first pilot production line for bamboo-based pallets by the end of March and aims for mass delivery capabilities by May, with production targets of 200 million yuan by the end of 2026 and 500 million yuan by the end of 2027 [4]. Group 4: Environmental Impact and Growth Opportunities - The bamboo-based composite materials align with the global emphasis on environmental protection and sustainable development, providing the company with new growth opportunities beyond traditional kitchenware [5].

Core Viewpoint - The company, Shuangqiang Technology, emphasizes the competitive advantages of bamboo-based composite materials over traditional plastics and wood products, highlighting their broad application potential in various industries [1] Group 1: Product Advantages - Bamboo-based composite materials exhibit superior rigidity, toughness, temperature resistance, corrosion resistance, and lightweight properties compared to traditional materials [1] - Bamboo-based pallets are more impact-resistant, deformation-resistant, and have better low-temperature performance, maintaining over 90% toughness at -20°C [1] - The materials are self-extinguishing when exposed to fire, enhancing safety in various applications [1] Group 2: Application Scenarios - The primary focus for application and promotion is in industrial logistics pallets, which can serve various sectors including automotive, construction materials, and more [1] - Potential applications include non-structural decorative parts for electric vehicles, outdoor decorative materials, and replacements for traditional plastics and wood [1] - Future exploration may include using bamboo-based materials for photovoltaic panel support frames, lightweight automotive components, and floating balls for marine aquaculture due to their rigidity and corrosion resistance [1] Group 3: Market Opportunities - Bamboo-based pallets can support the transportation needs of the photovoltaic industry, lithium battery sector, large logistics companies, port groups, and chemical enterprises, indicating a promising future market [1]

双方将依托宁波材料所原创的竹基禾塑新材料技术，围绕高性能材料及制品的产业应用方向，开展深层 次产学研协同合作。 在竹材制品制造中，超过50%的竹材原料最终形成不规则外形的加工余料，这些余料多数仅能被低收率 转化为燃料颗粒、竹炭等产品。 而竹基禾塑材料技术的诞生，致力于从根本上解决这一问题，通过 实 现竹材加工余料的"高值材料化" ，将其转化为高性能材料制品 ，为推动全行业更加合理地进行竹材资 源的综合利用、提升全竹产业链附加值，打造关键技术。 近日， 双枪科技股份有限公司 （以下简称"双枪科技"）发布消息称，已与 中国科学院宁波材料技术与 工程研究所 （以下简称"宁波材料所"）正式签订《竹基禾塑复合材料技术转让（专利实施许可）合 同》。 据项目团队专家介绍， 在性能层面 ，竹基禾塑托盘较之塑料托盘更加 耐摔、抗变形、耐腐蚀性强、低 温性能更优 （-20℃仍保持90%以上韧性） 和 可离火自熄 ； 应用场景可覆盖汽车、工业、建材等多个 领域 ，如用于电动汽车的非结构型装饰零部件、室外装饰件等建材，用于替代传统塑料、木塑和木 材；竹基禾塑托盘可服务于光伏产业太阳能光伏板运输、新能源锂电池产业的运输、大型物流企业、 ...

Core Viewpoint - The collaboration between Shuangqiang Technology Co., Ltd. and Ningbo Institute of Materials Technology and Engineering focuses on the development of bamboo-based composite materials, aiming to enhance industrial applications and align with national green economy policies [1][3]. Group 1: Collaboration Details - Shuangqiang Technology has signed a technology transfer contract with Ningbo Institute to utilize innovative bamboo-based composite material technology for high-performance industrial applications [1]. - This partnership expands from previous collaborations on "Jin Gang Ci" materials to include the production of high-performance bamboo-based composite pallets from bamboo processing waste [1][2]. Group 2: Material Characteristics - Bamboo-based composite materials are created from bamboo processing waste and plastic substrates, transforming over 50% of bamboo waste into high-value materials [2]. - The bamboo-based pallets exhibit superior properties compared to traditional plastic pallets, including higher impact resistance, deformation resistance, corrosion resistance, and better low-temperature performance [2]. Group 3: Market and Policy Context - The project aligns with national strategies promoting the substitution of plastic with bamboo, addressing plastic pollution and fostering a green low-carbon industry [3]. - The bamboo-based industrial pallets are expected to meet high-end industrial demands, with testing showing capabilities of static load of 4 tons and dynamic load of 1.5 tons [2].