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Feng Huang Technology
A New Breakthrough in Sintered Flux Technology
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Release Date:
2024-05-14
Sintered flux, as an important welding consumable, is widely used in numerous industries, including automotive, shipbuilding, bridge construction, civil engineering, and petrochemicals. Sintered flux boasts excellent adhesion, strong stability, and superior oxidation resistance, which effectively enhance weld quality, boost production efficiency, and reduce manufacturing costs. However, for many years, key technologies related to sintered flux have been monopolized by foreign companies, leaving China’s welding industry heavily reliant on imports. This dependency not only hinders the healthy development of China’s welding sector but also constrains the country’s capacity for independent innovation in welding technology.
To address this issue, China’s welding-material research institutions and enterprises have intensified R&D on sintered flux technology over the past few years. Through technology import, assimilation, absorption, and subsequent innovation, they have ultimately achieved major breakthroughs in the key technologies underlying sintered flux. According to available information, China has now attained full independent control over the entire sintered-flux production process—from raw-material selection and formulation design to manufacturing processes and quality control—and the performance of certain products has reached internationally advanced levels, enabling them to replace imported counterparts.
This breakthrough in sintered flux technology will not only enhance China’s welding industry’s capacity for independent innovation but also exert a profound impact on the industry’s development landscape. On the one hand, it will enable the Chinese welding industry to reduce its reliance on imported sintered flux, thereby lowering production costs and bolstering industrial security. On the other hand, by leveraging advanced sintered flux technology, the industry can improve welding quality, strengthen product competitiveness, and further expand both domestic and international markets.
It is worth noting that the breakthrough in sintered flux technology is also the result of China’s welding materials industry steadfastly pursuing independent innovation and transformation and upgrading. In recent years, in response to international market competition, the industry has remained committed to technological innovation and continuous improvement of product quality, achieving a series of significant accomplishments in the field of welding materials. This latest breakthrough in sintered flux technology will further accelerate the transformation and upgrading of China’s welding materials industry and enhance its international competitiveness.
Looking ahead, China’s welding industry will continue to intensify technological innovation, steadily elevate its welding technology level, and drive the sector’s development. At the same time, the industry will engage in international market competition, strengthen cooperation with welding industries worldwide, and propel China’s welding industry onto the global stage.
As the primary entities driving R&D in sintered flux technology, China’s welding materials research institutions and enterprises will continue to increase their R&D investment, fostering ongoing innovation in this field and providing robust support for the development of China’s welding industry. We are confident that, in the near future, China’s welding industry will usher in an even brighter future.
Zhengzhou Phoenix New Materials Technology Co., Ltd.
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