Shanghai Hajime Advanced Material Technology Co., Ltd.

Shanghai Hajime Advanced Material Technology Co., Ltd. is a manufacturing company listed on the ChiNext board of the Shenzhen Stock Exchange since 2021. The company specializes in the application and development of specialty engineering plastics, focusing on providing high-quality precision engineered plastic parts. Its operations encompass research and development, production, and sales of precision injection molded parts and supporting precision injection molds. The company's main business lines include automotive components and high-end kitchen and bathroom appliance parts. It produces a variety of precision injection molded parts, such as automotive engine peripherals, transmission systems, and thermal management modules for new energy vehicles. Shanghai Hajime aims to support the automotive industry's transition to lightweight materials by replacing traditional metals with plastics. The company has established long-term relationships with numerous renowned enterprises in the automotive and household appliance sectors, positioning itself as a tier-2 supplier with a strong emphasis on quality and innovation in precision injection molding.

As a high-quality domestic precision injection molding enterprise, the company's core competitiveness is mainly reflected in its excellent precision injection molding production capacity, which is a comprehensive capacity encompassing precision injection mold development, injection molding process control, and injection molding product quality inspection. Based on its excellent precision injection molding production capacity, the company is able to continuously undertake core functional structural components such as automotive engine peripherals, transmission systems, brake systems, thermal management modules, electronic water valves, electronic water pumps, electronic oil pumps, and air suspensions, as well as core functional components for high-end kitchen and bathroom appliances. These components have the performance requirements of "replacing steel with plastics" and "replacing copper with plastics," mainly using engineering plastics or specialty engineering plastics such as PA, PPS, and PEEK as raw materials, and some products are embedded with and encapsulate various accessories, with high quality requirements and processing difficulties. With precision injection molding as its core, the company has been able to achieve an organic integration of personnel, molds, materials, machinery and equipment, process methods, and other elements through years of accumulation and continuous improvement, thereby becoming a core component supplier to high-quality customers in downstream automotive, household appliance, and other fields, providing industrial support for their technical routes of "replacing steel with plastics" and "replacing copper with plastics." 1 ‌Continuous Development and Fine Management Advantages‌ In terms of product development, the company maintains close cooperative relationships with its main customers, continuously providing production and manufacturing of high-quality precision injection molded parts and mold development, and always providing supporting services for customers' new product development. For process challenges encountered in customers' new product development, the company is able to respond proactively and resolve them quickly. Benefiting from the strong continuous development capabilities, the company is able to continuously obtain new product orders, thereby continuously enriching its product categories, increasing customer stickiness and recognition, and gradually forming the characteristics of "small batches, multiple varieties" for its precision injection molded parts. The continuous development advantage can not only ensure that the company achieves a higher profit level but also reserve new product growth points for sustained profitability, ensuring stable development in market competition. In terms of production management, the company combines refined management concepts, complete process control systems, and advanced production testing equipment, enabling the production department to accurately trace the actual situation of a single product at a certain production process stage, facilitating the company's in-process and post-process management, discovering problems in a timely manner, and adjusting the working status of equipment and operators. While effectively controlling production costs, it ensures a high yield of good products. In addition, due to the characteristics of "small batches, multiple varieties" for precision injection molded part orders, it is necessary to arrange the switching of different molds and equipment reasonably when scheduling production plans. Relying on rich management experience, the company reduces material, personnel, and equipment losses while efficiently organizing production to complete order delivery. The refined management system is the realization carrier of the company's comprehensive product solutions, providing strong support for the rapid delivery of the company's products in batches, efficiently, and with high quality. 2 ‌Customer Resource Advantages‌ Precision injection molded parts are mainly non-standard parts that support the downstream customer's product requirements, and customer recognition is an important criterion for measuring the quality of precision injection molded parts. The precision injection molded parts produced by the company have been produced as supporting parts for well-known domestic and foreign automotive component and household appliance enterprises for a long time, with obvious advantages in customer resources. Currently, the company has established cooperative relationships with internationally renowned enterprises in both the automotive and household appliance fields. In the automotive field, they include Sanhua Intelligent Controls, Atmus, Litens, Niterra, Stoneridge, Pierburg,Pierburg Huayu Pump Technology, Schaeffler, Autoliv, Huayu Magna, Faurecia, Dongfeng Fuji Thomson, Geely, Mahle, ZF, Gates, Hutchinson, Mubea, JOYSON Electronics, Weitongli, Yinlun, Hitachi Astemo, Seres,etc. In the household appliance field, they include A.O. Smith, Panasonic, Kohler, Noritz, TOTO, Nippon Denso, Duravit, Rinnai, etc. The advantage of customer resources enables the company to occupy a position in the high-end precision injection molding market. Meanwhile, the company's good reputation and recognition from well-known clients have greatly assisted in market development, providing a strong guarantee for the continuous expansion of the company's business scale. 3 Mold Design and Development Advantages The company possesses strong mold design and development capabilities, providing it with a significant competitive edge in the market. Its technical development capabilities and production capacity have been growing rapidly. Molds are known as the "mother of industry" and serve as crucial tools for processing and molding industrial products. Precision injection molds are the most important molding equipment for the production of precision injection-molded parts, ensuring the precision and structural integrity of parts while mass-producing complex components. The company adheres to the orientation of producing high-quality precision injection-molded parts, with mold design and development as the foundation, and has formed an independent development system from scheme design to processing and manufacturing, and then to debugging and sampling. The mold design and development team is experienced, capable of responding quickly to product demands raised by customers and providing technical support. The mold designers possess comprehensive capabilities in scheme design and process design. Departments such as injection molding and quality inspection have the ability to quickly evaluate the production process and sample quality during the development stage, efficiently ensuring the stability of injection-molded product quality. Through years of technical accumulation and exploration, the company has formed injection mold-related technologies such as "roundness and flatness reverse correction technology," "vacuum suction technology," "suspended molding technology," "in-mold shearing technology," "hot runner application technology," and "thread tapping technology." As high-end precision injection-molded parts are increasingly used in automobiles and household appliances, and their application continues to expand in fields such as aviation in the future, the high precision and complexity of injection-molded parts pose higher requirements for the design and development of precision injection molds.