In response to the urgent demand for high-quality technical talents in the composite materials industry and to enhance the application level and innovation capability of pultrusion molding technology in the industry, the Employment Guidance and Technical Training Steering Committee of the China Composites Industry Association, in collaboration with Shandong Jinlide Machinery Co., Ltd., will hold the "Composite Materials Pultrusion Molding Technology Training Course" in Jinan, Shandong from October 28-30, 2025. This training aims to establish a systematic technical cognitive framework, strengthen practical operational capabilities, and cultivate professional technical forces for the industry. We sincerely invite applications from composite materials-related enterprises, research institutions, and practitioners across the country.
As a national-level organization in the composite materials industry, the association covers the entire industrial chain of composite materials. With over 900 member units, it has long been committed to promoting technological innovation, standard formulation, and industrial upgrading in the industry. It builds a collaborative development platform integrating industry, academia, research, and application, and holds an authoritative guiding position in industry talent cultivation and technology promotion.
The company is a national high-tech enterprise, a "specialized, refined, and innovative" small and medium-sized enterprise in Shandong Province, and a gazelle enterprise in Shandong Province. It also serves as a council member unit of the China Composites Industry Association, a council member unit of the China Building Materials Machinery Industry Association, and a member unit of the National Building Materials Industry Machinery Standardization Technical Committee. Deeply engaged in the high-end equipment manufacturing of composite materials and the field of high-performance composite materials, its core businesses encompass the research, development, and manufacturing of intelligent pultrusion molding equipment, the provision of 3D printing solutions, and the production of carbon fiber thermoplastic reinforced composite material products. Its service areas cover national strategic emerging industries such as aerospace, new energy, low-altitude economy, medical equipment, and rail transit, possessing comprehensive capabilities in technological research and development and industrialization services.
This training focuses on the entire chain of pultrusion molding technology, combining theoretical depth with practical guidance. It constructs an integrated curriculum system of "basic theory - equipment technology - engineering application - quality control":
Systematically explain the selection principles of raw materials for pultrusion molding, the mechanism of resin polymerization reactions, the logic of formulation design, process control, and engineering design specifications to solidify the theoretical foundation of technology.
Deeply dissect the structure and operating principles of pultrusion molding equipment, clarify standard operating procedures (SOPs), key operational skills, and process parameter debugging methods for the equipment to enhance equipment operation and fault diagnosis capabilities.
Take the industrialization project of carbon fiber sucker rods for Sinopec as a typical case to analyze the mainstream process routes and core processes of pultrusion molding. Share methods for identifying and eliminating common faults during the production process, as well as practical safety precautions.
Sort out the key control points for quality inspection throughout the entire pultrusion molding process, guide the construction of production management systems, and interpret technical specifications in conjunction with relevant requirements of national standards (GB) and industry standards (JC) to help improve product consistency, stability, and production efficiency.
This training invites authoritative industry experts to teach, ensuring the professionalism and practicality of the training content:
A doctor of engineering from Beijing University of Chemical Technology and a professor in the field of polymer materials science and engineering. He has long been engaged in research on high-performance resins and their composite materials. He has presided over multiple military projects, national science and technology support plan projects, and joint research and development projects with enterprises. With a solid theoretical foundation and rich research and practical experience, he also teaches core courses in polymer materials and composite materials and excels at systematically explaining technical theories.
The technical leader of Shandong Jinlide Machinery Co., Ltd., who has focused on the technological research and development and engineering applications of fiber-reinforced composite material pultrusion molding equipment for many years. He has achieved remarkable results in the fields of high-fiber-content pultrusion molding processes, low-cost formulation optimization, and automated production line upgrades. His clients cover the construction, transportation, wind power, and photovoltaic sectors, and he has extensive practical experience.
The chief process engineer of Shengli Xinda New Materials Co., Ltd. and a member of the National Non-Metallic Chemical Equipment Standardization Technical Committee. With 25 years of in-depth research on fiber-reinforced composite material molding processes and resin formulations, he has presided over/participated in 9 science and technology projects for Sinopec, was granted 2 patents that won the National Patent Excellence Award, and led the carbon fiber sucker rod project to achieve large-scale application and reach an international leading level. From 2020 to 2023, he successively achieved breakthroughs in the industrialization technologies of aircraft temporary runway panels and aramid flexible rods.
A doctor of engineering in materials physics and chemistry and the dean of the Carbon Fiber Engineering and Technology Research Institute at Changzhou Institute of Technology. Engaged in research on carbon-based composite materials, he has presided over and participated in National Natural Science Foundation projects, military projects, and enterprise horizontal projects. He has also taught core professional courses such as "Carbon Fibers and Their Composites," "Manufacturing and Carbonization Processes of Carbon Fiber Precursors," and "Polymer Physics" for many years.
Shandong Jinlide Machinery Co., Ltd., as the undertaker, will provide solid technical and service support for the practical training of the trainees:
It has led the formulation of 2 industry standards, namely "Fiber-Reinforced Composite Material Hydraulic Pultrusion Machines" (JC/T 2362-2016) and "Fiber-Reinforced Composite Material Crawler Pultrusion Machines" (JC/T 2580-2020), as well as 3 group standards, namely "Fiber-Reinforced Composite Material Protection Pipes for Cables," "Technical Requirements for Continuous Fiber-Reinforced Composite Material Photovoltaic Brackets," and "High-Strength Composite Material Anchors and Accessories," leading the standardized development of industry technology.
It has accumulated 4 national invention patents, 31 utility model patents, 6 software copyrights, and 1 design patent. It has passed ISO 9001 quality management system, ISO 45001 occupational health and safety management system, ISO 14001 environmental management system, and CE product certifications, establishing a "zero-defect" quality management system from research and development to production and delivery.
It has a production base with an annual capacity of 1,000 sets of digital pultrusion equipment, integrating ERP and MES systems as well as an industrial internet platform to achieve full-process visualization, traceability, and early warning in production. It provides a full lifecycle service of "pre-sales technical consultation (factory design, equipment selection, production line planning) - customized development (modular and intelligent equipment customization, output of an integrated solution of 'equipment + process + materials') - post-sales technical support (global 24-hour response, lifetime free software upgrades, intelligent remote operation and maintenance)."
The company adheres to the mission of "building a technology-based enterprise and serving the country through industry" and is driven by "technological innovation." It is committed to building a full-lifecycle service system for composite material equipment and promoting the international development of China's high-end equipment manufacturing industry.
Teacher Zhao: 135 2085 6513 (WeChat ID same as phone number)
Teacher Lu: 139 1116 8091 (WeChat ID same as phone number)
Please bring your ID card and 2 two-inch bareheaded photos for identity verification and certificate issuance during the training.
After the training, trainees who pass the assessment will be issued a Composite Materials Pultrusion Molding Technology Training Certificate by the China Composites Industry Association.
Attachments:
Notice on Holding the Composite Materials Pultrusion Molding Technology Training Course.pdf
Attachment: Pultrusion Molding Technology Training Registration Form.docx
China Composites Industry Association
Employment Guidance and Technical Training Steering Committee