Aerospace Fabric and Fiber Insulation
from Mid-Mountain Materials, Inc.
Mid-Mountain manufactures silicone-coated fabrics and textiles comprised of varying substrates coated with silicone rubber compounds. ARMATEX® Silicone Coated Fabrics and Textiles are engineered for use in environments that require high heat or flame resistance, chemical resistance, abrasion... [See More]
- Applications: Aerospace; Automotive / Transportation; Chemical; Nuclear Settings, Machining, Painting, Foundry Work, Surface Treatment, Food Industries
- Material: Synthetic; Polyamide
- Type: Thermal Insulation; Industrial Fabric
- Thickness: 0.0260
from Mid-Mountain Materials, Inc.
Mid-Mountain manufactures silicone-coated fabrics and textiles comprised of varying substrates coated with silicone rubber compounds. ARMATEX® Silicone Coated Fabrics and Textiles are engineered for use in environments that require high heat or flame resistance, chemical resistance, abrasion... [See More]
- Applications: Aerospace; Fire
- Material: Fiberglass
- Type: Thermal Insulation; Industrial Fabric
- Thickness: 0.0350
from Darco Southern, Inc.
Tetraglas ® Needled Blanket is manufactured from 100% non-woven E-type ?berglass textile ?bers. It is used in a variety of applications and speci?cally designed for use in aerospace, automotive, construction and industrial applications. Speci?c applications include: removable pads, furnace and... [See More]
- Applications: Aerospace; Automotive / Transportation; Fire; OEM
- Material: EGlass; Fiberglass
- Type: Thermal Insulation; Industrial Fabric; Nonwoven; Blanket or Batt
- Thickness: 0.2500
from Johns Manville Corp.
Johns Manville Microlite ® AA Premium blankets are lightweight, flexible blankets that provide superior thermal and acoustical performance similar to Microlite AA Standard but at 20% less weight. These blankest are designed for a variety of aerospace applications where space and weight are key... [See More]
- Applications: Aerospace
- Thickness: 0.3750 to 1.0000
- Type: Thermal Insulation; Acoustic Insulation; Blanket or Batt
from AVS Industries
AVSil Needled Insulation, made from amorphous silica, is ideal for a wide range of critical, high temperature aerospace, automotive and industrial applications. AVSil Needled Insulation is available in Un-shrunk (U) and Shrunk (S) versions. Those versions come in five thicknesses. It contains no... [See More]
- Applications: Aerospace; Automotive / Transportation; OEM
- Material: Quartz / Fused Silica; Ceramic
- Type: Thermal Insulation
- Thickness: 0.2500
from Shiu Li Technology Co., Ltd
AS17 is an advanced insulation material composed of a fiber composite made from porous silica, aluminum nitride, and other materials, with an extremely low thermal conductivity of 0.028 W/m ·K. AS17 is notable for its ability to prevent thermal runaway, its ultra-low density, and its... [See More]
- Applications: Aerospace; Automotive / Transportation; Fire; Energy storage, military, new energy, firefighting, and rail transportation
- Material: Composed of porous structure silica, aluminum nitride and other materials
- Type: Thermal Insulation
- Use Temperature: -76 to 2372
from CoorsTek
Outlast ® Thermal Regulation. Our Outlast ® textile line was developed to keep astronauts cool and comfortable throughout their missions. Using this space technology, Outlast ® adjusts to your temperature, keeping you comfortable and refreshed. Our dedicated designers ensure that every... [See More]
- Applications: Aerospace; Apparel; Battery or Fuel Cell; Electrical; Fire
- Material: Synthetic; Polyester; Acrylic
- Type: Thermal Insulation; Industrial Fabric; Fiber / Filament; Roving or Yarn; Woven; Knitted; Blanket or Batt
from Lydall Performance Materials
LyTherm ® 3000-L alumina paper is a lightweight refractory material processed from high purity bulk alumina fibers formed into a flexible sheet. It is recommended for continuous use at temperatures up to 3000 °F (1650 °C), in applications that demand low shrinkage, a high degree of... [See More]
- Applications: Aerospace; Fire; Heat Treating
- Material: Alumina; Ceramic
- Type: Thermal Insulation; Dielectric Insulation; Industrial Fabric; Nonwoven
- Thickness: 0.0625 to 0.1250
from Johns Manville Corp.
Johns Manville Microlite ® AA Standard blankets are lightweight, flexible blankets that provide superior thermal and acoustical performance for a variety of aerospace applications where space and weight are key considerations. They are particularly well suited for insulating the fuselage wall... [See More]
- Applications: Aerospace
- Thickness: 0.6250 to 1.0000
- Type: Thermal Insulation; Acoustic Insulation; Blanket or Batt
from Shiu Li Technology Co., Ltd
AS27 is an advanced insulation material composed of nanoscale porous silica, carbon, and other materials, with an extremely low thermal conductivity of 0.009 W/m ·K, making it one of the lowest-known thermal conductivity solid materials. AS27 is renowned for its ultra-low density, exceptional... [See More]
- Applications: Aerospace; Automotive / Transportation; Electrical; Energy, consumer electronics, and household appliances
- Material: Composed of nanoscale porous silica, carbon, and other materials
- Type: Thermal Insulation
- Use Temperature: -76 to 392
from Johns Manville Corp.
Johns Manville Micro-Fiber ® Felt is manufactured using Type 475 borosilicate glass fibers using a water deposition process that results in a lightweight, flexible, binderless felt with excellent handling qualities and superior thermal and acoustical performance. Micro-Fiber Felt is designed for... [See More]
- Applications: Aerospace
- Thickness: 0.3750 to 1.0000
- Type: Thermal Insulation; Acoustic Insulation; Blanket or Batt
from Johns Manville Corp.
Johns Manville Microlite ® B is a lightweight, flexible blanket manufactured using flame-attenuated borosilicate glass fibers and bonded with a thermosetting phenolic resin. The flame-attenuated process used in the manufacture of Microlite B provides uniformly distributed glass fibers with low... [See More]
- Applications: Aerospace
- Thickness: 0.5000 to 1.0000
- Type: Thermal Insulation; Acoustic Insulation; Blanket or Batt
from Johns Manville Corp.
Johns Manville Q-Fiber ® Felt is formed from exceptionally pure silica fibers using a water deposition process. It is clean, flexible, binderless, and possesses the thermo-physical and chemical stability of pure amorphous silica. Q-Fiber Felt is effective in a wide range of applications and... [See More]
- Applications: Aerospace
- Thickness: 0.1880 to 0.5000
- Type: Thermal Insulation; Acoustic Insulation; Blanket or Batt