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Polyimide Fiber Non-woven Mats and Felts
Polyimide fiber non-woven mats and felts are a type of non-woven material made from high-performance polyimide (PI) fibers. These fibers are valued for their stable chemical and physical properties across a wide range of temperatures, particularly their exceptional high-temperature resistance, making them an ideal choice for extreme industrial environments.
Polyimide industrial felts are widely used in aerospace, electronics, automotive, medical equipment, and various industrial filtration systems.
They can be used as thermal barriers, insulation pads, filtration materials, or as reinforcement layers in other composite materials. Additionally, polyimide felts are easy to process and can be customized into various shapes and sizes through cutting, sewing, and layering to meet specific technical requirements.
Features of Polyimide Fiber Non-woven Mats and Felts
| 01. | High-temperature resistance: | They maintain performance in high-temperature environments for extended periods, typically remaining stable at temperatures ranging from 250°C to 300°C. |
| 02. | Chemical stability: | Polymide fiber non woven mats exhibit high resistance to most solvents and chemicals, including petroleum products and acids and bases. |
| 03. | Low thermal expansion coefficient: | They maintain dimensional stability under temperature changes. |
| 04. | Excellent electrical insulation: | Suitable for use as electrical insulation materials in high temperatures. |
| 05. | Abrasion resistance: | Polymide fiber non woven mats exhibit good abrasion resistance, suitable for environments that require durable materials. |
| 06. | Creep resistance: | Polymide fiber non woven felts demonstrate excellent performance under high temperatures and prolonged loads. |
| 07. | Anti-static properties: | They effectively reduce static accumulation, suitable for environments that require anti-static features. |
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Xcellent Composites produces aramid fabrics primarily using para-aramid 1414, and can design them into various fabric structures such as plain, twill, or satin weave, as well as more complex weaving patterns to adjust their mechanical properties and aesthetic characteristics.
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