【Basic Knowledge】 "Heat Resistant!" The Heat Resistance of Repco Mica 【Study Edition】

The heat resistance, which is a characteristic of mica! By using it as a filler, it is possible to enhance the physical properties against heat! It is also gaining attention as a non-combustible filler. Heat Resistance Utilizing its heat-resistant properties to improve the heat resistance of products. Additionally, it is advantageous that no changes in physical properties occur even under high temperatures during molding. Mica has different physical properties against heat between phlogopite and muscovite; however, both possess strong heat-resistant properties. 【Phlogopite】 - Melting Point: 1500°C - Dehydration Start Temperature: 800°C 【Muscovite】 - Melting Point: 1200°C - Dehydration Start Temperature: 350°C As shown above, phlogopite has even stronger heat-resistant properties. Furthermore, it is also gaining attention as a non-combustible filler. Mica has a high aspect ratio and a high barrier effect. By using it as a filler, the non-combustible effect is created, which can enhance the fire resistance of paints and resins. Additionally, there are specially processed micas designed to enhance heat resistance. Please feel free to contact us. *The image shows data for "grade" and "percentage" during mica filling into PP.

The heat resistance, which is a characteristic of mica! By using it as a filler, it is possible to enhance the physical properties against heat! It is also gaining attention as a non-combustible filler. Heat Resistance Utilizing its heat-resistant properties to improve the heat resistance of products. Additionally, it is advantageous that no changes in physical properties occur even under high temperatures during molding. Mica exhibits different physical properties against heat between phlogopite and muscovite. Both possess strong heat-resistant properties, but **Phlogopite** - Melting point: 1500°C - Dehydration start temperature: 800°C **Muscovite** - Melting point: 1200°C - Dehydration start temperature: 350°C As shown above, phlogopite has even stronger heat-resistant properties. Furthermore, it is also gaining attention as a non-combustible filler. Mica has a high aspect ratio and possesses a high barrier effect. By using it as a filler, the non-combustible effect is generated, which can enhance the fire resistance of paints and resins. Additionally, there are specially processed micas designed to enhance heat resistance. Please feel free to contact us. *The image shows data for "grade" and "percentage" during mica filling into PP.*

The heat resistance, which is a characteristic of mica! By using it as a filler, it is possible to enhance the physical properties against heat! It is also gaining attention as a non-combustible filler. Heat Resistance Utilizing its heat-resistant properties improves the heat resistance of products. Additionally, it is advantageous that no changes in physical properties occur even under high temperatures during molding. Mica has different physical properties against heat between phlogopite and muscovite; however, both possess strong heat-resistant properties. 【Phlogopite】 - Melting point: 1500°C - Dehydration start temperature: 800°C 【Muscovite】 - Melting point: 1200°C - Dehydration start temperature: 350°C As shown above, phlogopite has even stronger heat-resistant properties. Furthermore, it is also gaining attention as a non-combustible filler. Mica has a high aspect ratio and a high barrier effect. By using it as a filler and incorporating it, a non-combustible effect is created, which can enhance the fire resistance of paints and resins. Additionally, there are specially processed micas designed to enhance heat resistance. Please feel free to contact us. *The images show data for "grade" and "percentage" when mica is filled into PP.

The heat resistance, which is a characteristic of mica! By using it as a filler, it is possible to enhance the physical properties against heat! It is also gaining attention as a non-combustible filler. Heat Resistance Utilizing its heat-resistant properties improves the heat resistance of products. Additionally, it does not undergo physical changes even under high temperatures during molding, which is an advantage. Mica has different physical properties against heat between phlogopite and muscovite. Both have strong heat-resistant properties, but 【Phlogopite】 - Melting point: 1500℃ - Dehydration start temperature: 800℃ 【Muscovite】 - Melting point: 1200℃ - Dehydration start temperature: 350℃ As shown above, phlogopite has even stronger heat-resistant properties. Furthermore, it is also gaining attention as a non-combustible filler. Mica has a high aspect ratio and excellent barrier properties. By using it as a filler, the non-combustible effect is created, which can enhance the fire resistance of paints and resins. Additionally, there are specially processed micas designed to enhance heat resistance. Please feel free to contact us. *The image shows data for "grade" and "percentage" when mica is filled into PP.