02-15

Unraveling the Mysteries of Welding Equipment: How It Works

2025-02-15

Discover the inner workings of welding equipment and how it transforms metal into masterpieces.

02-14

Welding Equipment: A Closer Look at Industry Applications

2025-02-14

Discover how welding equipment is revolutionizing various industries with innovative applications.

02-12

Mastering the Art of Welding: A Guide to Essential Equipment

2025-02-12

Discover the world of welding equipment and learn about the tools that make sparks fly! Explore types, tips, and tricks.

02-11

The Evolution of Welding Equipment: Trends and Innovations in the Industry

2025-02-11

Dive into the latest trends and innovations in welding equipment, exploring how advancements are shaping the industry and enhancing productivity.

02-09

Welding Wonders: A Deep Dive into Essential Welding Equipment

2025-02-09

Explore the world of welding equipment and discover essential tools, tips, and tricks for both beginners and seasoned pros in the welding industry.

02-08

Welding Equipment: The Backbone of Modern Industry Solutions

2025-02-08

Discover the vital role of welding equipment in shaping industry solutions, enhancing productivity, and ensuring safety in various sectors.

10-23

Laser welding: an excellent representative of modern welding technology

2024-10-23

In today's advanced manufacturing field, laser welding has become a high-profile welding technology with its unique advantages and excellent performance. The working principle of 1. laser welding Laser welding is the use of laser radiation energy to achieve effective welding process. The core principle is to excite the laser active medium in a specific way, such as the mixture of CO2 and other gases, YAG yttrium aluminum garnet crystal, etc., so that it oscillates back and forth in the resonant cavity to form a stimulated radiation beam. When the beam is in contact with the workpiece, the workpiece absorbs the laser energy, and the temperature reaches the melting point of the material to start welding. According to the mechanism of welding, laser welding is mainly divided into heat conduction welding and laser deep penetration welding. • Heat conduction welding: laser radiation heating is welded to the metal surface, the surface heat through the heat conduction effect to the material internal diffusion. By precisely controlling the parameters such as the width, energy, peak power and repetition frequency of the laser pulse, the workpiece is melted to form a specific molten pool, and finally the two contact surfaces to be welded are melted and welded together. This welding method is suitable for precision welding of micro, small materials and thin-walled materials. • Laser deep penetration welding: when the laser beam with high power density is radiated to the Welding materials, the material absorbs light energy and converts it into heat energy, which is heated to vaporize to produce metal vapor, and the reaction force generated makes the molten metal liquid flow around and form pits. With the continuous generation of heat, the pit gradually deepens. After the laser irradiation is stopped, the peripheral solution is refluxed and the workpieces are welded together after cooling. This welding method is commonly used for high-speed welding of thick and large materials. Advantages of 2. laser welding • High welding quality: • Weld beautiful: laser welding can achieve non-contact welding, weld smooth, no pores, cracks and other defects, good appearance. • Excellent mechanical properties: laser welding has a molten pool purification effect, which can purify the weld metal, and the mechanical properties of the weld are equivalent to or better than the base metal. Small heat affected zone: laser welding heat input is small, cooling speed and solidification speed is fast, welding heat affected zone is small, microstructure is fine, which is very important for welding heat sensitive materials or parts that need to maintain high precision size. • High welding efficiency: The laser beam can be focused on the welding part quickly and accurately, and the welding speed is fast, which greatly improves the production efficiency. For example, in the automobile manufacturing industry, laser welding has been widely used in the assembly and welding of the car body, which can complete a large number of welding tasks in a short time. High processing flexibility: the laser can be transmitted by optical fiber, the energy loss is very small in the process of transmission, and can be transmitted to a long distance. This allows the laser to be placed at a certain distance from the welding station, which is easy to realize the automation and flexible processing of welding, and can adapt to the welding requirements of various complex shapes and structures. • Wide range of applicable materials: Laser welding can be used for welding carbon steel, low-alloy high-strength steel, stainless steel, aluminum alloy and titanium alloy and other metal materials, and can also be used for welding some non-metallic materials. Disadvantages of 3. laser welding High equipment cost: The price of laser welding equipment is relatively high, including lasers, control systems, optical systems and other parts, and the initial investment is large, which limits the application of some small businesses or low-budget projects to a certain extent. • High requirements for weldments: The position of the weldment must be very precise and must be within the focus of the laser beam. If the weldment requires the use of a fixture, it must be ensured that the final position of the weldment is aligned with the weld spot that the laser beam will impact. • Welding thickness is limited: For thicker workpieces, laser welding may require higher power and longer welding time, and the maximum weldable thickness is also limited. In general, the penetration thickness of the workpiece far more than 19mm, in the production line is not suitable for the use of laser welding. Sensitive to material reflectivity and thermal conductivity: high reflectivity and high thermal conductivity materials such as aluminum, copper and its alloys, weldability is greatly affected by laser wavelength, and it is difficult to achieve thermal conductivity welding. Application fields of 4. laser welding • Automotive manufacturing: The automotive industry is one of the main application areas for laser welding. Laser welding is used for the assembly and welding of automobile body, such as the welding of roof and frame, the welding of door, etc., which can improve the strength and sealing of the body, while reducing welding deformation and weight. In addition, laser welding technology is also widely used in the welding of auto parts, such as engine cylinder gaskets, hydraulic tappets, spark plugs, filters, etc. • Aerospace: In the aerospace field, the requirements for welding quality and accuracy are extremely high. Laser welding can meet these requirements, which is used for the welding of aircraft fuselage structural parts, the welding of engine parts, the welding of rocket engines, etc., which helps to improve the reliability and safety of aircraft. Electronics industry: The manufacture of electronic equipment requires high-precision welding technology. Laser welding can be used for the welding of electronic components, such as the internal circuit connection of mobile phones, computers and other electronic products, chip packaging, etc., to achieve precision welding of small components. • Medical devices: The welding of medical devices needs to ensure the quality and hygiene standards of welding. Laser welding technology can be used in the manufacture of medical devices, such as surgical instruments, dental instruments, medical implants, etc., with the advantages of strong welding and no pollution. • Hardware: Welding of hardware products usually requires high welding strength and aesthetics. Laser welding can be used for the welding of hardware tools, kitchenware, sanitary ware and other products, which can improve the quality and service life of products. In short, as an advanced welding technology, laser welding has the advantages of high welding quality, small heat-affected zone, high efficiency and strong flexibility, and has been widely used in many fields. With the continuous development and improvement of technology, the application range of laser welding will be further expanded and make greater contributions to the development of modern manufacturing.

10-22

2024 International Brazing, Diffusion Welding and Micro-nano Joints Conference and the 8th China (Hangzhou) Green Joints and Manufacturing 2024 Summit Forum

2024-10-22

On the morning of October 21, 2024, the 2024 International Brazing, Diffusion Welding and Micro-Nano Connection Conference and the 8th China (Hangzhou) Green Connection and Manufacturing 2024 Summit Forum were successfully opened at the Intercontinental Hotel in Liangzhu, Yuhang District, Hangzhou. Gong Shuili, deputy director of China Welding Society, Zeng Xiaopeng, vice chairman of Zhejiang Science and Technology Association, Professor Li Xiaoyan, executive committee member and chairman of Technical Committee (TMB) of International Welding Society (IIW), and other expert leaders delivered welcome speeches at the opening ceremony. The conference was hosted by the Welding Branch of the Chinese Society of Mechanical Engineering, Hangzhou Huaguang Welding New Materials Co., Ltd., Zhejiang University of Technology, National Key Laboratory of Precision Welding and Connection of Material Structures, State Key Laboratory of New Brazing Materials and Technology, Tsinghua University, Jointly hosted by Beijing University of Technology. In June 2014, the Welding Branch of the Chinese Mechanical Engineering Society successfully held the "International Conference on Brazing and Special Connection Technology" in Beijing. After a lapse of ten years, the Welding Branch held such an international conference again. 02 Conference Invited Report Brazing, diffusion welding and micro-nano connection technology has been playing an important role in aerospace, transportation, new energy, semiconductor, integrated circuit, high-end manufacturing and other fields. This time, experts, scholars, scientific and technological personnel and enterprise representatives from more than ten countries at home and abroad participated in the meeting, To conduct in-depth exchanges on cutting-edge research and future development in related fields, this paper focuses on the opportunities and challenges faced by brazing, diffusion welding and micro-nano connection under the background of "carbon peak and carbon neutral", so as to promote the development of disciplines, personnel training, technological progress and industrial upgrading. Focusing on the directions of "advanced brazing diffusion welding, new technologies and applications of micro-nano connection," this conference arranged a number of academic exchange activities such as conference reports and branch theme reports from October 21 to 23. as the highlight of the meeting, after the conclusion of the opening ceremony, the meeting arranged 7 special invited reports on solder design applied to ceramic composite materials, using electrostatic jet deflection system to improve the printing speed of electrofluid jet printing, the basic principle and solution of hard alloy brazing, the latest progress of surface activated bonding for heterogeneous material bonding, B- class conductive adhesive in advanced electronic packaging technology, dissimilar material brazing and diffusion welding, nano-connection and micro-nano device integration. 03 Summit Forum After the special invitation report of the conference on the afternoon of October 21, Huaguang New Materials held a green connection and manufacturing summit forum with the theme of "artificial intelligence integration and innovation. Artificial intelligence (AI) is an important driving force for the new round of technological revolution and industrial transformation, bringing many new industrial opportunities. Welding and connecting materials and corresponding technologies are also closely related to the development of artificial intelligence. This summit forum specially invited 8 senior experts at home and abroad to focus on the design of artificial intelligence in the Welding materials, the application of welding robots, the innovation of electronic and micro-nano connection materials related to artificial intelligence, and the future technology of brazing and micro-nano connection materials. Exchange and interaction on topics such as industrial direction. 04 Academic Exchange Report From October 22 to 23, the conference will also arrange more than 60 academic exchange reports in the two sub-venues of brazing and diffusion welding and micro-nano connection, among them, brazing and diffusion welding mainly involve multi-main element brazing materials for brazing challenges, wetting and interfacial reaction of high-entropy carbide ceramics, electron beam brazing of different metals using AgCuTi interlayers, brazing of diamond films and copper using AgCu-based brazing materials to manufacture microwave windows, basic principles and applications of diffusion welding and the latest inventions, research progress of ultrasonic-assisted brazing, and multi-energy field hybrid fusion brazing technology for dissimilar metals; the micro-nano connection sub-conference mainly involves discussions on the properties of nano-materials for low-temperature welding, the mechanism of solder joints in electronic packaging structures, 3D integrated high-flux bonding technology of nanoparticles, ultra-fast laser packaging technology of semiconductor materials, IPL welding technology in carbon-neutral electronic packaging, new interconnection materials and technologies for IC packaging, and advanced packaging technology of copper paste technology. The multi-topic academic report will bring more opportunities for in-depth study and exchange for the participants. This conference is of great significance to enhance the international competitiveness, academic influence and innovation guidance of China's brazing, diffusion welding and micro-nano connection technology. By hosting this international conference, Huaguang New Materials strengthens the exchanges between international academia and industry, and further enhances the international influence of Huaguang New Materials. Innovation drives and connects the future. Huaguang New Materials expects to continue to work with experts, scholars and industrial chains at home and abroad to jointly promote technological progress and high-quality development of the industry and help the development of new quality productivity through the platform of Green Connection and Manufacturing Summit Forum.

10-22

2024 International Connectivity Technology Summit Focuses on AI and Green Manufacturing Huaguang New Material Innovation Leads the Future

2024-10-22

Artificial intelligence, fusion innovation. On October 21, the 2024 International Brazing, Diffusion Welding and Micro-Nano Connection Conference and the 8th China (Hangzhou) Green Connection and Manufacturing Summit Forum, sponsored by the Welding Branch of the Chinese Mechanical Engineering Society and jointly organized by Hangzhou Huaguang Welding New Materials Co., Ltd., officially opened in Hangzhou. This conference attracted experts, scholars, scientific and technological personnel and business representatives from more than ten countries around the world, aiming to discuss the cutting-edge research and future development direction of brazing, diffusion welding and micro-nano connection technology in many key fields, especially the challenges and opportunities in the context of achieving the goal of "carbon peak and carbon neutrality. It is worth mentioning that this is also a lapse of ten years, the Chinese Society of Mechanical Engineering Welding Branch once again held an industry international conference. Brazing, diffusion welding and micro-nano connection technology has been playing an important role in a wide range of fields such as aerospace, transportation, new energy, semiconductors, integrated circuits, and high-end manufacturing. The meeting focused on the three major directions of advanced brazing materials and technology, diffusion welding technology, micro-nano connection new technology and application, and set up a number of academic exchange activities such as conference reports and branch theme reports. As the highlight of this conference, after the opening ceremony, the conference arranged a series of special invited reports, covering 7 conferences including ceramic composite solder design, electrostatic jet deflection system, cemented carbide brazing, surface activation bonding, and electronic packaging technology. Invited report. In the afternoon of the same day, Huaguang New Materials, a leading domestic brazing material industry, held a green connection and manufacturing summit forum with the theme of "artificial intelligence integration and innovation. Eight senior experts at home and abroad exchanged and interacted on topics such as the design of artificial intelligence in the Welding materials, the application of welding robots, the innovation of electronic and micro-nano connection materials related to artificial intelligence, and the technology and industrial direction of brazing and micro-nano connection materials in the future, aiming to promote the deep integration of artificial intelligence and welding and connection technology, and promote technological innovation and industrial upgrading. It is reported that in the next two days, the conference will continue to hold more than 60 academic exchange reports in the two sub-venues of brazing and diffusion welding and micro-nano connection, covering cutting-edge topics such as multi-main element solder, wetting and interface reaction of high-entropy carbide ceramics, properties of low-temperature welding nanomaterials, ultra-fast laser packaging technology of semiconductor materials, etc. Hu Ling, director, deputy general manager and Secretary of the board of directors of Huaguang new materials, said that the conference is of great significance to enhance China's international competitiveness and innovation ability in the fields of brazing, diffusion welding and micro nano connection technology. Huaguang new material in the green, intelligent, high-end innovation, leading the development of the industry. The company will have insight into the impact of AI on our brazing industry, actively prepare accordingly, and do more exploration and innovation. It is expected that in the future, through the platform of Green Connection and Manufacturing Summit Forum, we will join hands with experts, scholars and industrial chains at home and abroad to jointly promote the technological progress and high-quality development of the industry and help the development of new quality productivity.

10-22

2024 International Brazing, Diffusion Welding and Micro-nano Joints Conference and the 8th China (Hangzhou) Green Joints and Manufacturing 2024 Summit Forum

2024-10-22

Opening of the Conference On the morning of October 21, 2024, the 2024 International Brazing, Diffusion Welding and Micro-Nano Connection Conference and the 8th China (Hangzhou) Green Connection and Manufacturing 2024 Summit Forum were successfully opened at the Intercontinental Hotel in Liangzhu, Yuhang District, Hangzhou. Gong Shuili, deputy director of China Welding Society, Zeng Xiaopeng, vice chairman of Zhejiang Science and Technology Association, Professor Li Xiaoyan, executive committee member and chairman of Technical Committee (TMB) of International Welding Society (IIW), and other expert leaders delivered welcome speeches at the opening ceremony. The conference was hosted by the Welding Branch of the Chinese Society of Mechanical Engineering, Hangzhou Huaguang Welding New Materials Co., Ltd., Zhejiang University of Technology, National Key Laboratory of Precision Welding and Connection of Material Structures, State Key Laboratory of New Brazing Materials and Technology, Tsinghua University, Jointly hosted by Beijing University of Technology. In June 2014, the Welding Branch of the Chinese Mechanical Engineering Society successfully held the "International Conference on Brazing and Special Connection Technology" in Beijing. After a lapse of ten years, the Welding Branch held such an international conference again. 02 Conference Invited Report Brazing, diffusion welding and micro-nano connection technology has been playing an important role in aerospace, transportation, new energy, semiconductor, integrated circuit, high-end manufacturing and other fields. This time, experts, scholars, scientific and technological personnel and enterprise representatives from more than ten countries at home and abroad participated in the meeting, To conduct in-depth exchanges on cutting-edge research and future development in related fields, this paper focuses on the opportunities and challenges faced by brazing, diffusion welding and micro-nano connection under the background of "carbon peak and carbon neutral", so as to promote the development of disciplines, personnel training, technological progress and industrial upgrading. Focusing on the directions of "advanced brazing diffusion welding, new technologies and applications of micro-nano connection," this conference arranged a number of academic exchange activities such as conference reports and branch theme reports from October 21 to 23. as the highlight of the meeting, after the conclusion of the opening ceremony, the meeting arranged 7 special invited reports on solder design applied to ceramic composite materials, using electrostatic jet deflection system to improve the printing speed of electrofluid jet printing, the basic principle and solution of hard alloy brazing, the latest progress of surface activated bonding for heterogeneous material bonding, B- class conductive adhesive in advanced electronic packaging technology, dissimilar material brazing and diffusion welding, nano-connection and micro-nano device integration. 03 Summit Forum After the special invitation report of the conference on the afternoon of October 21, Huaguang New Materials held a green connection and manufacturing summit forum with the theme of "artificial intelligence integration and innovation. Artificial intelligence (AI) is an important driving force for the new round of technological revolution and industrial transformation, bringing many new industrial opportunities. Welding and connecting materials and corresponding technologies are also closely related to the development of artificial intelligence. This summit forum specially invited 8 senior experts at home and abroad to focus on the design of artificial intelligence in the Welding materials, the application of welding robots, the innovation of electronic and micro-nano connection materials related to artificial intelligence, and the future technology of brazing and micro-nano connection materials. Exchange and interaction on topics such as industrial direction. 04 Academic Exchange Report From October 22 to 23, the conference will also arrange more than 60 academic exchange reports in the two sub-venues of brazing and diffusion welding and micro-nano connection, among them, brazing and diffusion welding mainly involve multi-main element brazing materials for brazing challenges, wetting and interfacial reaction of high-entropy carbide ceramics, electron beam brazing of different metals using AgCuTi interlayers, brazing of diamond films and copper using AgCu-based brazing materials to manufacture microwave windows, basic principles and applications of diffusion welding and the latest inventions, research progress of ultrasonic-assisted brazing, and multi-energy field hybrid fusion brazing technology for dissimilar metals; the micro-nano connection sub-conference mainly involves discussions on the properties of nano-materials for low-temperature welding, the mechanism of solder joints in electronic packaging structures, 3D integrated high-flux bonding technology of nanoparticles, ultra-fast laser packaging technology of semiconductor materials, IPL welding technology in carbon-neutral electronic packaging, new interconnection materials and technologies for IC packaging, and advanced packaging technology of copper paste technology. The multi-topic academic report will bring more opportunities for in-depth study and exchange for the participants. This conference is of great significance to enhance the international competitiveness, academic influence and innovation guidance of China's brazing, diffusion welding and micro-nano connection technology. By hosting this international conference, Huaguang New Materials strengthens the exchanges between international academia and industry, and further enhances the international influence of Huaguang New Materials. Innovation drives and connects the future. Huaguang New Materials expects to continue to work with experts, scholars and industrial chains at home and abroad to jointly promote technological progress and high-quality development of the industry and help the development of new quality productivity through the platform of Green Connection and Manufacturing Summit Forum.