利通科技 20260227 摘要 公司围绕流体技术、超高压装备、高分子材料形成三大核心业务布局， 高分子材料已建成 2.5 万吨年产能生产线，并延伸至超高压装备及服务 板块，打破国外技术封锁，成为国内首家掌握酸化压裂软管技术的企业。 公司主业毛利率维持在 40%以上，2024 年营收 4.84 亿元，同比持平， 归母净利润小幅下降，因高毛利产品销售波动。2025 年前三季度营收 3.46 亿元，同比小幅增长，归母净利润同比小幅下降，预计后续收入端 稳步增长，利润端有望回暖。 软管总成及配套管件业务占比快速提升，2024 年收入占比达 45.38%。高分子材料自主供给强化成本控制，超高压业务实现订单突 破，有望拓宽盈利边界，增强整体业务协同性。 液压软管下游需求主要来自工程机械、农业机械与煤矿机械三大行业， 受益于大规模设备更新和行业自身更新的双重周期共振，行业有望步入 上行周期，农机和煤炭消费投资也提供稳定需求。 公司全面掌握液压软管核心技术，综合实力行业领先，多次被评为中国 胶管十强企业。"大力神""超级大力神"系列产品具备长寿命、低弯 曲、高压力等特征，支撑公司在中高端市场实现进口替代。 Q&A 力通科技 ...

Core Insights - The China International Meat Industry Exhibition (CIMIE 2025) successfully took place in Xiamen from September 15-17, 2025, focusing on meat processing technology innovation and food safety [1] - Quintus showcased its new HPP (High Pressure Processing) technology, which effectively inactivates pathogens without the need for heat or chemical preservatives, significantly extending product shelf life while preserving natural flavor and nutritional value [1][3][5] Group 1: Technology and Applications - HPP technology can effectively eliminate harmful pathogens such as Listeria and Salmonella, making it suitable for ready-to-eat meat products, prepared meals, pet food, and seafood processing [5][6] - The technology aligns with consumer demand for clean label and health-conscious products, enabling manufacturers to develop low-sodium, high-nutrition ready-to-eat meat products [6] - In seafood processing, HPP technology offers unique advantages, including higher meat yield compared to traditional manual processing, providing a new pathway for cost reduction and efficiency improvement [6] Group 2: Company Profile and Market Position - Quintus has been a benchmark in the high-pressure technology field since 1950, delivering equipment to 45 countries and establishing a presence in China since 1985 with a professional team of over 20 experts [11] - The company emphasizes immersive experiences at exhibitions, allowing attendees to directly feel the quality of products that have utilized HPP technology, showcasing the system's efficiency and reliability [7] - Quintus aims to inject new momentum into the food industry, continuously supporting enterprises in creating high-quality products and promoting dual upgrades in safety and quality [13]

Core Viewpoint - The article discusses the increasing visibility and adoption of HPP (High Pressure Processing) cold-pressed juice in the market, emphasizing its ability to effectively kill microorganisms while preserving flavor and nutritional quality [1][2]. Group 1: HPP Technology and Its Benefits - HPP technology applies high pressure (400-600 MPa) to juice products, effectively inactivating microorganisms without the high temperatures that can degrade vitamins and enzymes [2][3]. - This non-thermal processing method is currently the most commercialized technology for fruit and vegetable juice processing, with standards being developed to promote its industrial application [2][3]. Group 2: Research and Testing - Research teams are conducting tests to evaluate the microbial inactivation capabilities of HPP, using known concentrations of E. coli in apple juice samples under simulated HPP conditions [3]. - The stability and nutritional content of HPP-treated juices are monitored under different storage conditions, highlighting the importance of cold chain logistics to prevent microbial growth during distribution [3]. Group 3: Industry Collaboration and Development - The industry is seeing collaboration between companies and local farmers, with significant amounts of local produce being utilized in HPP juice production [4]. - Continuous improvements in HPP technology are being made, including the integration of additional sterilization methods to address a wider range of microorganisms [4].

Core Viewpoint - The article discusses the increasing visibility and adoption of HPP (High Pressure Processing) cold-pressed juice labeled as "cold sterilization fresh squeezed" and "100% additive-free" among consumers during the summer season [1] Group 1: HPP Technology and Its Benefits - HPP technology effectively kills microorganisms while preserving the flavor and nutritional content of juice, unlike traditional thermal sterilization methods that can degrade vitamins and enzymes [1][2] - The process involves applying a pressure of 400-600 MPa to juice products, which disrupts microbial cell membranes, leading to their inactivation [2] - HPP is recognized as the most commercially advanced non-thermal food processing technology, particularly in fruit and vegetable juice production [2] Group 2: Research and Testing - Research teams are conducting tests to evaluate the sterilization effectiveness of HPP by introducing known concentrations of E. coli into juice samples and simulating HPP conditions [3] - The shelf life of HPP-treated juice is assessed under different storage conditions, with ongoing monitoring of nutritional content and sensory evaluation by experts [3] - There are concerns about pressure-resistant bacteria potentially surviving the HPP process, emphasizing the need for a complete cold chain during distribution to prevent microbial growth [3] Group 3: Industry Collaboration and Development - Local agricultural partnerships are being developed to support order-based farming, with production lines capable of processing 30,000 tons of fruits and vegetables annually, over 80% of which are sourced locally [4] - Continuous improvements in HPP technology are being made, including the integration of additional sterilization methods to address a wider range of microorganisms [4] - The future direction of the juice industry is towards minimal processing, non-thermal sterilization, clean labeling, and cold chain logistics to maintain product quality from raw materials to final juice [4]

Group 1: Strategic Considerations for HPP Equipment - The company aims to extend its industrial chain and upgrade product structure by moving from rubber hose production to high-pressure sterilization (HPP) equipment, enhancing overall competitiveness [5] - The vision of "making fluid technology benefit billions" aligns with the market trend towards green and healthy food, making HPP technology a timely response to consumer demands [5] - Leveraging its geographical advantage in Henan, a major food industry province, the company can effectively connect with local food enterprises, facilitating product application and market feedback [5] Group 2: Applications of HPP Equipment - Beyond juice, the company is exploring HPP applications in various food categories, including: - Alcohol improvement for craft beer and liquor [6] - Sterilization of marinated products like chicken feet and bacon [6] - Treatment of noodle products such as hot dry noodles [6] - Processing of pet food ingredients [6] - Seafood processing, including thawing and sterilization of sea cucumbers [6] - Production of specialty foods like soft-boiled eggs [6] Group 3: Business Model and Market Expansion - The company is diversifying its business model for HPP equipment, including: - Cooperative processing to enhance market penetration [7] - Leasing options to lower customer procurement barriers [7] - Market expansion is supported by application research, providing comprehensive solutions for food sterilization and processing [7] Group 4: Developments in Rubber Hose Business - The fluid segment, centered on rubber hoses, is focusing on three new product developments: - Domestic production of nuclear power hoses, with performance testing completed [8] - Data center liquid cooling hoses, with ongoing customer negotiations [8] - Marine oil crossover hoses, with production line design completed and equipment installation underway [8] Group 5: Polymer Materials Strategy - Polymer materials are a core component of the company's strategy, with a production capacity of 25,000 tons per year to supply various downstream products [9] - The company is enhancing its R&D capabilities in Qingdao, focusing on specialized polymer materials and their applications [9] - Future efforts will target specific areas such as general and specialty mixing rubber, modified nylon materials, and composite materials [9]

Core Insights - The overall R&D investment in the wire and cable industry has been increasing, with a focus on areas such as new energy and submarine cables [1][2] - The industry has seen a decline in patent application activity recently, with a concentration on conductive, insulating, or dielectric materials [4][6] - The application of new materials and clean energy demands is driving technological advancements in the wire and cable sector [10][11] R&D Investment Trends - R&D investments among major listed companies in the wire and cable industry have generally risen, with significant fluctuations observed in companies like Baoshan Co. and Jinbei Electric [1] - Key R&D directions include photovoltaic, electric vehicles, nuclear power plants, and submarine cables, indicating these areas are becoming increasingly important [2] Patent Application Activity - The number of patent applications in the wire and cable manufacturing sector has shown a fluctuating trend, peaking at 4,422 in 2020 and dropping to 2,195 in 2024 [4] - As of the first quarter of 2025, the most patents were filed in the field of cable conductors and insulating materials, totaling 10,580 [7] Technological Advancements - The wire and cable industry has made significant technological progress, particularly in the application of new materials and processes [10] - The development of new materials such as carbon fiber, graphene, and high-voltage direct current cable insulation has enhanced product safety and reliability [11] - The demand for clean energy and low-carbon economy initiatives is leading to the creation of new wire and cable products that meet specific requirements for renewable energy applications [11]