MEIKO KOGYO CO., LTD. List of Products and Services

Fluororesin is made from a rare stone called fluorite. It possesses strong characteristics such as heat resistance, chemical resistance, electrical insulation, non-stick properties, and slipperiness, making it suitable for use in various forms in harsh environments and specialized fields. Utilizing these features, it plays an important role in everyday items like cooking utensils, as well as in cutting-edge industries such as semiconductors, chemicals, electronic machinery, batteries, medical applications, aerospace, and space exploration. 【Features】 ★ Heat resistance ★ Chemical resistance ★ Wear resistance ★ Non-stick property ★ Electrical insulation ★ Weather resistance

This document presents the characteristics of fluoropolymer resins such as PTFE and PFA, including their heat resistance, cold resistance, chemical resistance, low friction, and non-stick properties. - The highest class of heat resistance among plastics - Can be used in extremely low-temperature environments - Resistant to most chemicals - Low refractive index and high transparency - Excellent self-lubrication with the minimum friction coefficient - Flame-resistant and fireproof fluoropolymer resins - Excellent for long-term outdoor use - Softer fluoropolymer resin among plastics - Fluoropolymer resins are heavy and have a high density - Surface energy is extremely low

High-performance and high-quality fluoropolymer products | This is a list of fluoropolymer characteristics provided by Meiko Kogyo Co., Ltd., which offers PTFE, PFA, and more. You can view various data including melting point, density, tensile strength, water absorption rate, flame resistance, and limiting oxygen index. 【Listed Resins】 ★PTFE ★PFA ★ETFE ★FEP ★ECTFE

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.*

Fluororesins such as PTFE and PFA have a continuous use temperature range of 150 to 260°C, making them among the highest class of heat resistance in resins. This document presents the characteristics of fluororesins, including heat resistance, cold resistance, chemical resistance, low friction, and non-stick properties. - Highest class of heat resistance among plastics - Usable in extremely low-temperature environments - Resistant to most chemicals - Low refractive index and high transparency - Minimal friction coefficient with excellent self-lubricating properties - Flame-resistant and heat-resistant fluororesins - Excellent for long-term outdoor use - Softer fluororesins compared to other plastics - Fluororesins are heavy and have a high density - Surface energy is extremely low

Fluororesins such as PTFE and PFA exhibit excellent chemical resistance and are not affected by most solvents. This document outlines the properties of fluororesins, including heat resistance, cold resistance, chemical resistance, low friction, and non-stick characteristics. - Highest class heat resistance among plastics - Usable in extremely low-temperature environments - Not affected by most chemicals - Low refractive index and high transparency - Minimal friction coefficient with excellent self-lubricating properties - Flame-resistant and fireproof fluororesins - Excellent for long-term outdoor use - Softer fluororesins compared to other plastics - Fluororesins are heavy and have a high density - Surface energy is extremely low

Fluororesin | PTFE, PFA, etc. have the smallest wear coefficient among all solids! Utilizing their wear resistance, they are used in mechanical parts and automotive components. This document outlines the properties of fluororesins, including heat resistance, cold resistance, chemical resistance, low friction, and non-stick characteristics. - Highest class heat resistance among plastics - Usable in extremely low-temperature environments - Resistant to most chemicals - Low refractive index and high transparency - Minimal friction coefficient and excellent self-lubrication - Flame-resistant and fireproof fluororesin - Excellent for long-term outdoor use - Softer than other plastics - Fluororesins are heavy and have a high density - Surface energy is extremely low

Fluororesin | PTFE, PFA, etc. are substances that are difficult to adhere to and have excellent non-stick properties! This document presents the characteristics of fluororesins, including heat resistance, cold resistance, chemical resistance, low friction, and non-stick properties. - The highest class of heat resistance among plastics - Usable in extremely low-temperature environments - Not affected by most chemicals - Low refractive index and high transparency - Excellent self-lubricating properties with minimal friction coefficient - Flame-resistant and fireproof fluororesin - Excellent for long-term outdoor use - Softer than other plastics - Fluororesins are heavy and have a high density - Extremely low surface energy

Fluororesins such as PTFE and PFA have excellent insulation properties and are widely used as electrical insulation materials in the electrical and electronic fields. This document outlines the characteristics of fluororesins, including heat resistance, cold resistance, chemical resistance, low friction, and non-stick properties. - Highest class heat resistance among plastics - Usable in extremely low-temperature environments - Resistant to most chemicals - Low refractive index and high transparency - Minimal friction coefficient with excellent self-lubrication - Flame-resistant and fireproof fluororesins - Excellent for long-term outdoor use - Softer fluororesins compared to other plastics - Fluororesins are heavy with high density - Extremely low surface energy