Polyimide Flame Retardant Filament
Polyimide flame-retardant filament is an advanced material with superior heat resistance, flame retardancy, and chemical corrosion resistance. Made from a unique blend of strength and durability, it excels in high-performance applications such as aerospace, defense, and electronics manufacturing. This filament effectively prevents fire hazards, protects critical systems from heat damage, and its excellent flame-retardant properties do not diminish over time, ensuring consistent performance.
Polyimide Flame Retardant Filament - The Ultimate Solution for Safety and Performance
Our state-of-the-art Polyimide Flame Retardant Filament is a cutting-edge material designed to meet the rigorous demands of industries where safety and performance are paramount. Engineered with precision, this filament boasts an exceptional blend of strength, durability, and flame retardant properties, making it an indispensable choice for a wide range of applications. With its unique composition, the Polyimide Flame Retardant Filament offers unparalleled resistance to heat, fire, and chemical exposure, ensuring optimal safety and longevity in even the most challenging environments.
Applications of Polyimide Flame Retardant Filament
1. Aerospace & Defense: Employed in aircraft and military equipment, our filament enhances safety by reducing fire hazards and protecting critical systems from thermal damage.
2. Electronics Manufacturing: Filaments are used for insulation of circuit boards and wires to ensure electrical safety by preventing fires caused by short circuits or overheating.
3. Automotive Industry: Incorporated into vehicle components, the filament improves fire safety standards, contributing to overall passenger protection.
4. Construction & Architecture: The filaments are incorporated into building materials, providing fire resistance and helping buildings withstand extreme temperatures and potential fires.
5. Apparel & Textiles: The filaments are woven into fire-resistant clothing to provide protection for professionals working in high-risk environments.
Features of Polyimide Flame Retardant Filament
1. Exceptional Flame Retardant Qualities: Our filament is specifically designed to resist flames, preventing the spread of fire and reducing the risk of combustion.
Made from high-performance Polyimide fibers, it has inherent flame retardant characteristics that do not diminish over time or with regular use. This makes it particularly suitable for safety-critical applications where compliance with stringent fire safety standards is necessary.
2. Outstanding Thermal Resistance: The Polyimide Flame Retardant Filament maintains its integrity and functionality even under extreme temperatures. It can withstand prolonged exposure to high heat without degradation, fading, or loss of tensile strength, ensuring consistent performance in harsh thermal environments.
3. Chemical Resistance: Demonstrating impressive resistance to a broad range of chemicals, our filament remains unaffected by most acids, alkalis, and solvents. This feature allows it to maintain its mechanical properties and appearance in corrosive environments, extending its service life and reducing maintenance needs.
4. High Mechanical Strength: Reinforced with advanced manufacturing techniques, the Polyimide Flame Retardant Filament offers excellent tensile strength and superior durability. It can endure constant wear and tear without breaking or stretching, making it ideal for heavy-duty applications requiring robust materials.
5. Dimensional Stability: Exhibiting minimal shrinkage and excellent shape retention, our filament ensures precise fit and performance in various end-use applications. Its stable dimensions under varying conditions contribute to the accuracy and reliability of products utilizing this material.
By integrating our Polyimide Flame Retardant Filament into your products or applications, you can elevate safety measures and performance efficiency to new heights, ensuring peace of mind and meeting the most stringent industry standards.
Product ID | Specification | Colour |
M200 | 200dtex/168f | Dark yellow |
M400 | 400dtex/168f | Dark yellow |
400dtex/192f | Dark yellow | |
M500 | 500dtex/168f | Dark yellow |
500dtex/192f | Dark yellow | |
550dtex/168f | Dark yellow | |
M510 | 510dtex/168f | Dark yellow |
T75 | 75dtex/56f | golden yellow |
T100 | 100dtex/56f | golden yellow |
T110 | 110dtex/56f | golden yellow |
T200 | 200dtex/120f | golden yellow |
T500 | 500dtex/168f | golden yellow |
500dtex/336f | golden yellow | |
T550 | 550dtex/168f | golden yellow |
T720 | 720dtex/120f | golden yellow |
T840 | 840dtex/504f | golden yellow |
T1000 | 1000dtex/600f | golden yellow |
T1100 | 1100dtex/504f | golden yellow |
No | Item | Unit | Value |
1 | Fineness | dtex | 100~2000 |
2 | Density | g/cm3 | 1.42 |
3 | Breaking strength | Gpa | 3.0~3.8 |
4 | Modulus | cN/dtex | 650~1000 |
5 | Breakingelongation | % | 1.5~3.5 |
6 | Continuous use temperature | ℃ | 260 |
7 | Initialdecomposition temperature | ℃ | 550 |
8 | Limiting oxygen index (LOI) | % | 38 |
9 | Acid resistance |
| good |
10 | Radiation resistance |
| good |
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