Break through the "stranglehold" dilemma in the high-end coating industry! Mocai Advanced Materials has won an angel round financing of tens of millions of yuan with its self-developed core low-temperature technology that facilitates domestic substitution.
Recently, Mocarb New Materials (Shenzhen) Co., Ltd. (hereinafter referred to as "Mocarb New Materials"), an emerging enterprise in China's high-end carbon-based composite coating sector, officially announced the completion of a multi-million RMB angel round financing, which was exclusively funded by Gaoshi Capital. The successful closing of this financing round validates the company's technical value and development potential in the localization of high-end coatings.
Mocarb New Materials focuses on the import substitution track for high-end coatings, with two core independently developed technologies: diamond composite coating and low-temperature atomic implantation surface modification. At present, its technical solutions have been successfully adapted to core high-growth application scenarios including embodied intelligent robot reducers, high-end precision machine tools, petroleum pipelines and valves, and high-end precision fasteners, which specifically addresses the long-standing common industry pain points of domestic high-end manufacturing components being prone to wear, corrosion and deformation, and significantly extends product service life.
Notable Localization Gap for High-End Coatings, Window of Opportunity for Domestic Substitution Unfolds
Surface coating technology is the "critical protective layer" for high-end equipment manufacturing, and serves as the core process that determines the service life, operational accuracy, wear and corrosion resistance, and high-temperature stability of precision components. It is a key fundamental material that supports the development of high-end industries such as embodied intelligence, high-end CNC machine tools, precision transmission equipment, and energy equipment.
For a long time, the domestic high-end functional coating market has been highly dependent on overseas products, with a low localization rate. Restricted by technical accumulation, process systems and mass production stability, most domestic enterprises struggle to meet the demand for high-precision, high-consistency coatings in high-end manufacturing. This has resulted in long-term reliance on imported coatings for high-end core components, which not only increases manufacturing costs, but also brings problems such as unstable supply chains and delayed response to customized services.
With the rapid development of downstream industries such as embodied intelligent robots, high-end automated equipment, precision fasteners, and new energy equipment, the market demand for domestic high-end coatings with high hardness, high stability, high adaptability and high cost-effectiveness continues to rise, and the demand for import substitution has become increasingly urgent. The import substitution of high-end coatings has become a core rigid demand for the upgrading of the new materials industry, featuring broad market growth space and extremely high certainty.
Moreover, carbon-based high-performance composite coatings have become the core technical direction in the field of high-end surface modification due to their excellent hardness adjustability, wear resistance, chemical stability and thermal conductivity. Due to high R&D barriers and great difficulties in process implementation in this sector, there are few domestic enterprises with mature technologies and mass production potential, leading to a clear supply gap for high-end products in the industry and remarkable and clear localization development opportunities.
Collaborative Layout of Dual Technical Routes to Build Differentiated Technical Advantages
Based on long-term independent R&D accumulation, Mocarb New Materials has built a dual technical system of diamond composite coating + low-temperature atomic implantation modification. The two routes are complementary to adapt to different working condition scenarios, gradually forming its own differentiated technical advantages, and multiple processes have effectively broken through the traditional technical limitations of the industry.
The company's diamond composite coating features high hardness, high wear resistance and strong corrosion resistance, which can effectively improve the operational accuracy and service life of transmission components, fluid pipelines, valves and energy equipment parts. It can adapt to a variety of extreme working conditions, with core performance comparable to mainstream imported international products, and improves the shortcomings of traditional coatings such as easy wear, easy corrosion and short service life.
Targeting the pain points of high-end precision component manufacturing, the company's in-depth developed low-temperature atomic implantation surface modification technology boasts unique process value. Different from the traditional high-temperature coating processes in the industry that easily cause thermal deformation of the substrate and damage to accuracy, this technology can significantly reduce the risk of deformation during low-temperature processing on the premise of ensuring the core wear-resistant and anti-corrosion properties of the coating. It is better adapted to ultra-high-precision components such as core robot parts, precision fasteners and micro bearings, effectively expands the precision manufacturing application scenarios of high-end coatings, and fills the domestic process gap in low-temperature precision coatings.
In terms of industrial implementation, Mocarb New Materials, based on the actual working conditions and cost demands of the domestic industrial chain, can provide coating solutions with equivalent performance, better cost-effectiveness and more flexible customized responses compared to overseas products, which adapts to the substrate characteristics and personalized production needs of different domestic customers, and alleviates the industry pain points of imported products such as insufficient adaptability, long delivery cycles and high costs.
At present, the company's core technology has completed multiple rounds of laboratory verification, and has successfully passed the tests of many leading enterprises in the industry such as Sany Heavy Industry, Midea, Dongfeng Nissan, Changying Precision, and Flywheel Technology. Its product stability and adaptability have been highly recognized by customers, and the company is steadily advancing towards the stage of large-scale mass production.
Capital Empowers Industrialization Acceleration, Steadily Promotes the Localization of High-End Coatings
This angel round financing marks Mocarb New Materials' first public financing. The investor Gaoshi Capital stated that the domestic substitution of high-end new materials is the core strategic direction of China's industrial upgrading. As a core supporting material for emerging industries such as high-end equipment and intelligent robots, carbon-based high-performance composite coatings feature a high industry ceiling and clear growth logic.
Mocarb New Materials has a solid R&D foundation, with core technologies that directly address common industry pain points, outstanding differentiated competitive advantages, and precise entry into multiple high-growth high-quality tracks. It has the development potential to grow into a leading enterprise in the domestic high-end coating segment.
At present, the domestic substitution process of the new materials industry is accelerating in an all-round way. The large-scale development of emerging industries such as high-end equipment manufacturing and embodied intelligence has created sufficient market growth space for local high-performance material enterprises. Leveraging this round of capital support, Mocarb New Materials will continue to accelerate the construction of its talent team and investment in production line equipment, promote the transition of core products from technical verification to batch delivery. It is expected to take the lead in breaking through in the carbon-based high-performance composite coating segment and establish a solid market position.