填补空白!海尔生物医疗旗下青岛鸿鹄主导及参与的民航行业标准正式发布,抢占航空…

Core Insights - Haier Biomedical, through its subsidiary Qingdao Honghu Aviation Technology Co., has established itself as a leader in the global aviation temperature-controlled equipment sector by developing three key industry standards in just three years since the first flight of its temperature-controlled containers in 2022 [1][9]. Group 1: Industry Standards - The "Aviation Temperature-Controlled Container Technical Specification" outlines the technical requirements and testing methods for active and passive temperature-controlled containers, breaking the long-standing monopoly of European and American technologies [1]. - The "Temperature-Controlled Goods Public Air Transport Guarantee Operation Specification" addresses critical pain points in cold chain logistics, creating a comprehensive operational standard covering the entire supply chain from storage to transportation and unloading [3]. - The "Aviation Fireproof Container Technical Specification" fills a significant gap in the industry, providing authoritative guidelines for the production of high-end fireproof containers, particularly in response to the increasing demand for the air transport of high-value and high-risk goods like lithium batteries and precision electronics [6]. Group 2: Market Position and Growth Potential - The global aviation logistics market is evolving, with Asia's potential being unlocked, Europe and America upgrading, and emerging markets rising, creating a high-growth, billion-dollar aviation cold chain market [9]. - Haier Biomedical has leveraged over 20 years of expertise in low-temperature and ultra-low-temperature fields to strategically position itself in the aviation temperature-controlled sector, establishing Qingdao Honghu in 2021 [9]. - The company's ability to convert technological advantages into core competitiveness has allowed it to break the European and American monopoly in 2022, solidifying its leadership position in the strategic emerging sector of aviation temperature control [9].