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Soldering of stainless steel heat exchangers, Shinwa will support the processing.

For brazing stainless steel heat exchangers, which are essential for automobiles and water heaters, please leave it to Shinwa.

When brazing stainless steel heat exchangers, the most suitable material is "nickel brazing," which excels in high-temperature corrosion resistance. At Shinwa, we manufacture nickel brazing paste and sell powders and foil brazing materials. Since we have a vacuum furnace in-house, we can offer tailored "brazing material proposals" and "prototype processing" to match our customers' products. 【If you are having trouble with brazing, please consult Shinwa!】 ■ What brazing materials are compatible with ferrite-based materials? ■ What types of nickel paste are available? ■ How well do the parts fit together during brazing? ■ I would like to consider brazing conditions and equipment for in-house production during mass production. Based on the accumulated know-how from various brazing products, we will propose the optimal method. We can support everything from prototypes to mass production. Please feel free to contact Shinwa first. *For more details, please download and view the PDF catalog.

Related Link - http://www.shinwa-jpn.co.jp/html/jigyo_tech_join.h…

basic information

For more details, please download and view the PDF catalog.

Price information

For details, please contact us.

Delivery Time

Applications/Examples of results

EGR cooler, secondary heat exchanger for water heaters, plate heat exchangers, other waste heat recovery devices, air coolers, etc. *For details, please contact us directly.

Shinwa Co., Ltd. Joytech Center Business Guide Catalog Manufacturing of Vacuum Brazing and Soldering Materials

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The Joytech Center's business system offers comprehensive support covering the entire product commercialization cycle, from new product design and development for customers in industries such as automotive and electronics, to prototyping, commercialization, and mass production. This includes contract development of joining technologies, sample production, initial small-lot production, and assistance in establishing mass production systems.