3M™ Nextel™ 312 Woven Fabrics AF-10-900 are advanced ceramic fiber textiles designed for extreme temperature environments where superior thermal stability, oxidation resistance, and long-term durability are essential.
Developed as part of the high-performance Nextel ceramic fiber family, these woven fabrics are widely used in aerospace insulation systems, industrial thermal protection structures, and high-temperature composite reinforcements.
The AF-10-900 fabric is manufactured using Nextel 312 continuous filament yarn composed of alumina-boria-silica ceramic fibers. This composition ensures excellent heat resistance, mechanical stability, and chemical durability in demanding environments.
Nextel 312 AF-10-900 woven fabric is engineered for reliable performance in extreme thermal conditions. The woven structure provides flexibility, strength, and dimensional stability, making it suitable for insulation systems, ceramic composites, and heat-resistant protective textiles.
Compared to traditional fiberglass, silica, or ceramic fabrics, Nextel 312 woven fabrics offer superior temperature capability, improved oxidation resistance, and extended service life, making them ideal for critical aerospace and industrial applications.
| Material | Nextel 312 Ceramic Fiber |
| Fiber Composition | Alumina-Boria-Silica |
| Fabric Construction | Woven Fabric |
| Fabric Style | AF-10-900 |
| Typical Weave | Plain Weave |
| Continuous Operating Temperature | Up to ~1200°C |
| Fiber Density | ~2.7 g/cm³ |
| Filament Diameter | ~10 – 12 µm |
| Fabric Thickness | ~0.25 – 0.35 mm |
| Fabric Width | Typically up to 900 mm |
| Color | White / Off-White |
Values are typical and may vary depending on manufacturing specifications.
3M Nextel 312 AF-10-900 woven fabric supplier, Nextel 312 AF-10-900 ceramic fiber cloth, alumina boria silica high temperature fabric, aerospace grade Nextel ceramic insulation fabric, Nextel 312 high temperature woven fabric, fire resistant Nextel ceramic fiber cloth, Nextel 312 woven insulation fabric for aerospace