New Stock News | Topaz CNC Passed Hearing! Hong Kong Stocks will Welcome "China's First Commercial Aerospace Stock"

Shanghai Topray CNC Technology Co., Ltd. (hereinafter referred to as "Topray CNC") has successfully passed the hearing of the Hong Kong Stock Exchange. On May 6th, the Hong Kong Stock Exchange disclosed that Topray CNC had disclosed the post-hearing information package, which means that it is one step closer to officially landing on the capital market. As the listing process advances, the Hong Kong stock market is expected to welcome the first stock in the true sense of "commercial aerospace". Different from traditional aerospace concept stocks, Topray CNC is not in the "upstream narrative" of the industry, but in the more critical "manufacturing system base", which is also the most core "bottleneck" link in the manufacturing of Chinese carrier rockets and large aircraft. Especially at a key stage when China's commercial aerospace is transitioning from engineering validation to scale operations, its listing is seen by the market as an important signal of the extension of the commercial aerospace industry chain to the core manufacturing equipment sector. 2026 is widely regarded as the first year of China's commercial aerospace. During the "15th Five-Year Plan" period, the industry will gradually transition from an engineering system mainly focused on national tasks to commercialization and scaled operations. In this process, the launch capability of carrier rockets undoubtedly becomes the bottleneck of space competition. On one hand, the construction of low-orbit satellite internet is entering a window period, promoting the rapid networking of constellations; on the other hand, private rocket companies such as Blue Arrow Aerospace, LandSpace, and Interstellar Glory are continuously advancing the iteration of liquid rockets, along with the intensive release of new models in the Long March series, China has entered a "intensive launch period". In this stage, the core contradiction of the industry is undergoing a switch: from "whether it can be launched" to "whether it can be launched at high frequency, low cost, and stability." The essence of this change is the shift of industry focus from "technical issues" to "manufacturing issues". Once entering the stage of mass production, the demand of the rocket industry chain for high-end equipment will be systematically increased, especially focusing on the manufacturing of large structural components, lightweight material precision processing, and high consistency batch production capabilities. The realization of the above-mentioned capabilities highly depends on large five-axis CNC machine tools, friction stir welding equipment, automatic drilling and riveting equipment, and other high-end manufacturing equipment. Structurally speaking, rockets are not standardized industrial products but typical complex system engineering products, and their manufacturing process has the typical characteristics of "small batch, high precision, and high consistency", which also determines that equipment investment has significant rigidity attributes. Furthermore, when the launch frequency increases, it essentially corresponds to the repeated deployment and expansion of the entire manufacturing system. Therefore, the demand for equipment is not linear growth but shows the feature of "amplifying with the expansion of production capacity". Taking SpaceX as a reference, the high-frequency launch system it has behind corresponds to the continuous expansion of manufacturing assembly lines and equipment input systems. If the rocket industry is simplified to "launch frequency single manufacturing complexity," it can be found that the increase in launch frequency essentially means the systematic expansion of the manufacturing system, and the core variable of expansion is equipment capability. This logic also applies in the Chinese market, and due to the development model of multiple competitive landscapes in China, capital investment becomes more vigorous. With Chinese commercial aerospace companies gradually moving towards financing and listing channels, the industry's capital expenditure capacity will continue to strengthen, and the equipment side is expected to usher in a mid-to-long-term prosperity cycle. In this industry chain, the strategic value of Topray CNC's position is extremely significant. As the core supplier of five-axis CNC machine tools in China's aerospace field, the company's market share was ranked first in 2024, deeply empowering China's carrier rockets, C919, and C929 large aircraft, and forming deep technical accumulation in the field of high-end complex structural component five-axis processing and component drilling and riveting welding assembly. Since delivering the first rocket manufacturing equipment in 2010, the series of equipment independently developed by the company, such as the dual five-axis mirror milling machine for the bottom of the box, the complete set of equipment for stirring friction welding of fuel tanks, large horizontal flip milling machines for fuel tank wall plates, and automatic drilling and riveting equipment for rocket cabin segments, have covered the manufacturing production of all series of rockets in China. More importantly, these types of equipment are not general substitutes but "key basic infrastructure" deeply integrated with advanced aerospace manufacturing processes, possessing high technological barriers and customer stickiness. When the industry enters the stage of mass production, order growth will prioritize these core equipment manufacturers. Topray CNC is the only supplier of core equipment for the entire series in the field of commercial rocket manufacturing in China. Overall, the listing of Topray CNC is not only a capital event for a single company but also an important node in the extension of China's commercial aerospace industry chain from "upper-level narratives" to "bottom-level manufacturing capabilities". As the Chinese version of "SpaceX moment" approaches gradually, the industrial upgrading of the mass production system of carrier rockets will become a deterministic trend, and the equipment end, as the most direct carrier link, has a clear growth path. Against the background of commercial aerospace companies accelerating financing and the continuous increase in launch frequency, Topray CNC, as a "seller of shovels", will undoubtedly be one of the most deterministic beneficiaries in this industrial wave. With its landing on the Hong Kong stock capital market, the value narrative of the "first stock of commercial aerospace" may undergo a systematic reassessment.