Flexible phlogopite sheet

The Flexible Phlogopite Sheet R-5660-3s from Glory Mica Co., Ltd is a thermally stable insulating material composed of natural phlogopite mica bonded with high-temperature resistant resins. It maintains structural integrity up to 750 degrees Celsius and exhibits dielectric strength exceeding 20 kV/mm at room temperature. The sheet thickness ranges from 0.1 mm to 1.5 mm, with standard widths of 600 mm and customizable lengths up to 10 meters.

This material is typically manufactured with a purity level of 85% to 92% mica content, with the remainder being reinforcing binders. Standard grades follow ASTM D149 and IEC 60243-1 for electrical insulation performance. The sheet is non-flammable, emits no toxic fumes under thermal stress, and resists chemical degradation from oils and solvents commonly found in industrial environments.

It is primarily used in electrical insulation for motors, transformers, and heating elements, as well as in high-temperature gaskets for furnaces and aerospace components. Buyers include manufacturers of industrial heating systems, electric vehicle battery pack separators, and aerospace thermal shielding suppliers. Packaging is air-tight with moisture barrier film, and bulk orders are typically shipped in cartons of 10 to 50 sheets, depending on thickness.

Glory Mica Co., Ltd is a supplier based in Fengqiao, Jiaxing, Zhejiang, China, with documented export activity in mica-based insulation products. The company is listed as an imported supplier with harbor trust tier, indicating verified shipping history and compliance with export documentation standards. No public information confirms production capacity, years in operation, or workforce size.

The listing does not state certifications, client names, or revenue figures. The supplier’s focus appears limited to the production and export of flexible mica sheets, with no indication of downstream processing or custom fabrication services. Response metrics are not available, suggesting limited buyer communication infrastructure on the platform.