MEIKO KOGYO CO., LTD. Product Lineup

The case study collection for problem-solving explains common issues and their solutions regarding fluororesins such as PTFE and PFA. Please feel free to consult us with any small concerns, such as "Can Meiko Industry do this?" ★ We are currently offering a document summarizing "case studies utilizing fluororesins" by Meiko Industry ★ *Please view the case study collection as a PDF file available for download.*

The case study collection for problem-solving explains common issues and their solutions regarding fluororesins such as PTFE and PFA. Please feel free to consult us with any small concerns, such as "Can Meiko Industries do this?" ★ We are currently offering a document summarizing "case studies utilizing fluororesins" by Meiko Industries! ★ *Please view the case study collection as a PDF file available for download.*

The collection of case studies for problem-solving explains common issues and their solutions regarding fluororesins such as PTFE and PFA. Please feel free to consult us about any small concerns, such as "Can Meiko Industry do this?" ★ We are currently offering a document summarizing "case studies utilizing fluororesins" by Meiko Industry! ★ *Please view the case study collection as a PDF file available for download.*

We flexibly respond to the machining of filled PTFE. PTFE has excellent properties such as "heat resistance, chemical resistance, electrical insulation, non-stickiness, and low friction," but depending on the application, it may exhibit weaknesses such as "susceptibility to deformation, fragility, and wear." Therefore, by adding fillers such as carbon fibers or graphite to PTFE, we enhance its properties while improving: ★ Wear resistance ★ Creep resistance ★ Sliding characteristics ★ Mechanical strength This is the filled PTFE material. 【Do you have any of these concerns?】 - PTFE products are prone to deformation and breakage - Rapid wear leads to a short lifespan of parts - Creep occurs under load - Wear or seizure occurs at sliding parts - You want to utilize PTFE's properties but also need strength 【Benefits of Fillers】 - Improved wear resistance allows for longer-lasting parts - Enhanced creep resistance ensures reliability even in load-bearing applications - Improved sliding characteristics enable stable operation - The inherent chemical resistance, heat resistance, and low friction of PTFE remain intact If you let us know your application, we can provide the best proposal.

We support the production of composite parts that integrate fluororesin and metal components. By combining the excellent chemical resistance and low friction properties of fluororesin with the strength of metal, we achieve an optimal structure for parts used in harsh environments, such as semiconductor manufacturing equipment and chemical apparatus. ■ PFA Integration of resin and metal through injection molding (insert molding) By setting the metal components in the mold in advance and injecting PFA resin, we produce a monolithic molded product that encapsulates the metal components. ■ PTFE Integration of resin and metal through material molding application (isostatic molding) By applying the molding process of powdered PTFE and molding it with the metal components incorporated, we achieve a structure that integrates PTFE and metal. 【Are you facing any of these issues?】 - The strength of resin alone is insufficient, and you want a structure integrated with metal. - You want to coat metal components with fluororesin to provide chemical resistance. - You want to produce parts with a monolithic structure instead of using adhesives or assembly. - You want the parts that come into contact with chemicals to be made of fluororesin. - You want to use low-friction resin for parts where friction occurs. - You are considering monolithic molded products with mass production in mind.

At Meikou Industry, we perform machining of fluororesin bellows (accordion-type). Due to the machining process, we can produce products with excellent dimensional accuracy and uniform wall thickness. For thin-walled and complex shapes such as bellows and diaphragms, we utilize our years of accumulated technology and unique know-how to ensure stable quality. 【Are you facing any of these issues?】 - Want to create bellows (accordion-type) through machining rather than molding - Have been turned away for thin-walled shapes - Want to achieve uniform pitch and wall thickness - Struggling with variations in precision and quality - Looking for a machining partner that can handle small lots and prototypes - Want to consult about shapes and specifications without drawings - Searching for fluororesin bellows with excellent heat and chemical resistance We will propose the optimal shape and machining method while considering your application and usage environment.