Core Insights - The company BoYing TeHuan announced on November 3 that it has three technical paths for cladding welding: MIG welding, TIG welding, and laser welding [2] - The company is continuously innovating and has developed advanced technologies in the field of digital pulse MIG high-frequency oscillation cladding welding [2] Group 1: Welding Technologies - MIG welding, known as melting electrode inert gas protection welding, is characterized by high efficiency and is suitable for high-temperature and corrosive environments, such as waste incineration furnaces [2] - TIG welding, or non-melting electrode inert gas protection welding, is noted for its high quality and all-position welding capabilities, making it effective for oil and gas pipelines [2] - Laser welding involves adding cladding material to the substrate surface and using a high-energy density laser beam to melt it, achieving high efficiency and applicability in coal powder furnace fields [2] Group 2: R&D and Technological Advancements - The company combines precise pulse arc control with composite high-frequency oscillation to achieve stable arc transition, low heat input, and low dilution rate, resulting in high cladding rates and stability [2] - In addition to consolidating its advantages in digital pulse MIG cladding welding, the company is actively developing and reserving advanced industry technologies, including laser cladding and secondary remelting [2] - The cladding technologies mastered by the company can be applied in complex environments characterized by strong corrosion, wear, high temperature, and high pressure, covering a wide range of industrial fields such as energy conservation, environmental protection, electricity, energy, chemicals, metallurgy, and papermaking [2]
博盈特焊：公司掌握的堆焊技术可以应用于强腐蚀、易磨损、高温、高压等复杂环境中