Manufacturing sites face a wide variety of challenges. This page provides detailed information about common problems in the fields we support, including cleaning, painting, printing, and bonding. It explains why these problems occur, the basic technical knowledge needed to understand them, and practical approaches to solving them. We hope this information helps you identify the products and solutions best suited to your needs.




An introduction to the role and purpose of industrial cleaning in manufacturing, including cleaning targets, cleaning methods, and the various cleaning fields supported by KAKEN TECH.
An introduction to cleaning in electronic component and PCB assembly processes, including flux residue, causes of assembly defects, and how cleaning can help address them.
An introduction to flux residue generated after soldering, including the electrical and physical problems residue can cause and methods for preventing or removing it.
An introduction to flux cleaning for removing residue generated during electronics assembly, including the purpose of cleaning, representative cleaning methods, and key points for efficient operation.
An introduction to methods for determining whether flux residue has been adequately removed after cleaning, including representative evaluation methods such as ionic contamination measurement and visual inspection.
An introduction to cleaning methods for metal stencils, which directly affect printing quality. Compares IPA, dedicated cleaners, and ultrasonic cleaning, and explains key cleaning and management considerations.
An introduction to conductive adhesives, which provide both electrical conductivity and bonding. Learn about conduction mechanisms, types, differences from solder, applications, and selection considerations.
An introduction to conductive adhesives using specially shaped TK Silver Powder, including how they provide conductivity with lower silver content and lower specific gravity and the benefits of this technology.
An introduction to the basic use of conductive adhesives and silver pastes, covering the process from thawing and application through curing, along with key points for achieving optimum performance.
An introduction to particle defects in painting processes, including not only paint-related contaminants but also dust, airborne particles, and electrostatic attraction, along with examples of corrective measures.
An introduction to cratering, a representative painting defect, including its mechanism, common contaminants that cause it, actual defect examples, and key points for preventing recurrence.
KAKEN TECH, MICROCLEANER, MICROCLEAN&MARKLESS and MARKLESS are trademarks of KAKEN TECH CO., LTD. in PRC.
KAKEN TECH is a trademark of KAKEN TECH CO., LTD. in the U.S..