0.1mm ultra-thin plates are also welded with high precision! Improving the reliability of heat exchangers.
In the energy industry, heat exchangers require high thermal efficiency and durability. Especially as energy conservation progresses, miniaturization and high performance of heat exchangers are essential. Heat exchangers made from thin stainless steel contribute to weight reduction, but welding technology becomes crucial. Poor welding can lead to decreased thermal efficiency and shortened product lifespan. Our welding technology for 0.1mm ultra-thin sheets contributes to the performance improvement of heat exchangers. 【Application Scenarios】 - Manufacturing of heat exchangers - Products requiring thin stainless steel welding - Companies aiming for energy conservation 【Effects of Implementation】 - Improved product reliability through high-precision welding - Weight reduction and high performance through thin sheet design - Optimal product design through diverse welding methods
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【Features】 - High-precision welding technology compatible with 0.1mm ultra-thin plates - Integrated production system from sheet metal processing to final assembly - Diverse welding methods including TIG, fiber laser, and robotic welding - High quality and productivity achieved through in-house jigs and automation equipment - High-quality assurance through a rigorous inspection system 【Our Strengths】 Extensive experience and track record in stainless steel welding processing since our establishment. We provide optimal products tailored to customer needs, handling everything from design to manufacturing in a consistent manner.
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Our company primarily focuses on welding processing of stainless steel sheets ranging from 0.3mm to 1.5mm, making it the core of our technology, and we have been dedicated to producing products that require precision and quality. We particularly excel in TIG welding of thin stainless steel and are optimizing both welding conditions and process design to address challenges such as distortion due to heat, melting, and appearance defects. In thin sheet welding, fine adjustments to conditions based on material properties, shapes, and required functions significantly influence quality. We conduct welding management that emphasizes the melting state and bead shape, achieving a balance between appearance quality and functional quality. We also ensure stable quality for areas requiring airtightness and durability. Additionally, we provide proposals from a manufacturing perspective that considers weldability from the design stage, suggesting optimal structures that take into account not only quality but also processability and reproducibility. We consistently support our customers' product development and manufacturing as a partner focused on solving technical challenges, from prototyping to mass production.
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