On May 9, 2025, Liu Haijiang, Chairman of the Haigang Group, and his senior management team visited Shenz Synergy Innovation High-tech Development Co., Ltd. (hereinafter referred to as "Synergy High-tech") to conduct in-depth investigation and exchanges on industrial application of additive manufacturing (3D printing) technology in the petrochemical, new energy and other fields. Through on-site visits, technical discussions and strategic dialogues, two sides have initially reached a strategic cooperation intention and will jointly outline the future blueprint of intelligent manufacturing and green development.

Shenzhen Collaborative Innovation High tech Development Co., Ltd. aims to serve the lightweight, high-performance, digital, and intelligent development of products in major industrial fields such as aerospace. Through the research and development of various 3D printing equipment, materials, and process technologies such as continuous fiber, metal, and ceramic additive manufacturing, it has formed a complete industrial chain. Since its establishment, it has promoted the localization process of additive manufacturing core equipment for industrial application scenarios such as aerospace and major national defense. It is a national high-tech enterprise that has completed more than 20 typical technological breakthroughs and industrial expansion, formed more than 50 key or common technological breakthroughs, and accumulated 160+intellectual property rights. Its subsidiaries have formed Collaborative High tech (XT), Yunjiang Intelligent Manufacturing (YJ), and Feibo Technology. Combot and other product series.

Technology leadership: Additive manufacturing empowers industrial upgrading

In the field of petrochemicals, additive manufacturing is becoming a key technology to solve industry pain points. Through technologies such as laser cladding and cold spraying, complex components such as high-temperature cracking furnace tubes and subsea valves can be repaired with high precision. For example, ExxonMobil has applied in-situ 3D printing technology to achieve rapid maintenance of offshore platform components, saving millions of dollars in downtime costs per operation. Shell Group has established a complete additive manufacturing system covering 3D scanning, reverse engineering, and post printing processing. Its metal laser printing equipment has been certified by Lloyd's Register, promoting the transition of refining equipment towards lightweight and functional integration. The material utilization rate has jumped from 15% to 98%.

Accompanied by Ms. Yao Caihong, founder and chairman of Collaborative High Tech, and the executive team, Chairman Liu Haijiang and his delegation visited the China 3D Printing Innovation Museum, R&D laboratory, and production workshop, and observed the innovative application achievements of additive manufacturing technology in aerospace, energy equipment, and other fields on site. The metal laser printing equipment, continuous fiber composite material forming technology, and ceramic 3D printing process showcased by Collaborative High Tech are impressive for their independent and controllable technological advantages and full industry chain layout.

At the symposium, Chairman Liu Haijiang expressed sincere gratitude to the collaborative high-tech team and pointed out that additive manufacturing technology provides a new path for the petrochemical industry to solve pain points such as high temperature corrosion and equipment lightweighting. Haijiang Group looks forward to deepening cooperation with Collaborative High Tech, guided by scenario requirements, to promote the deep integration of technology research and development with industrial applications. He also emphasized that this cooperation will help Haijiang Group focus on innovative applications of additive manufacturing technology in the fields of petrochemical engineering, intelligent equipment, and emergency rescue under the "dual carbon" strategy, accelerating the green transformation of petrochemical engineering and circular economy.

Dr. Luo Meng, Executive Vice President and CTO of Collaborative High Tech, provided a detailed introduction to the company's three major innovation systems and industrialization achievements. He stated that Collaborative High Tech has achieved full chain coverage from material research and development, equipment manufacturing to process optimization. In the future, it will focus on the petrochemical and new energy fields, providing customized solutions such as corrosion-resistant component manufacturing and integrated molding of complex structures, and helping Haijiang Group's main business project technology upgrade goals.

Requirement docking: Jointly explore application scenarios in petrochemical engineering and other fields

The technical team of Haijiang Group conducted an objective analysis of the current technological bottlenecks and industry pain points in the petrochemical engineering field. The inspection focused on key areas such as the application diversity of 3D printing technology, product lightweight solutions, and new material research and development. It deeply explored the innovative application scenarios of the combination of additive manufacturing technology and petrochemical engineering, and collaborated with core team members such as the R&D director, marketing director, process department head, and ceramic 3D printing project leader to participate throughout the process. They carefully listened to industry demand analysis and provided detailed answers to specific technical difficulties proposed by the Haijiang team, such as corrosion-resistant component manufacturing, equipment lightweighting, and complex structure integration molding, based on their respective professional fields. They also conducted lively and effective discussions on specific technical difficulties.

Strategic Consensus: Joining Hands to Write a New Chapter in Intelligent Manufacturing

After in-depth communication, both parties have reached a strategic cooperation consensus, with Haijiang Group's main business in petrochemical engineering, intelligent equipment, and emergency rescue as the core, to jointly tackle key technologies such as corrosion-resistant materials, lightweight structures, and digital processes, and promote the deep symbiosis between technological innovation and scenario applications.

As a leading enterprise in comprehensive environmental governance, Haijiang Group has always empowered green transformation with technology. This cooperation will further consolidate the group's advantages in petrochemical engineering and circular economy. With its full industry chain layout in the field of additive manufacturing, Collaborative High Tech continues to lead the localization process of major equipment. When the trillion dollar energy market encounters disruptive manufacturing technologies, multidimensional "chemical reactions" between the two sides are bound to usher in a new era of intelligent manufacturing in China.