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Reflective Sheath High Temperature Heat Flame Resistant Aluminum Coated Silica Fabric is a premium heat reflective textile engineered for extreme temperature shielding, radiant heat reflection, and flame exposure protection. Built with high silica fabric as the base layer and laminated or coated with aluminum foil, it delivers strong thermal insulation performance while reflecting radiant heat back to the source. This aluminum coated silica cloth is widely used for heat shields, removable insulation jackets, welding protection, exhaust and turbo thermal barriers, fire protection curtains, furnace and kiln insulation systems, and high temperature industrial shielding applications.
It is an ideal material choice for buyers searching for aluminum silica fabric, aluminized silica cloth, reflective heat shield fabric, high silica fabric with aluminum, radiant heat reflective textile, and flame resistant insulation fabric.
Reflective Sheath High Temperature Heat Flame Resistant Aluminum Coated Silica Fabric is designed for high heat environments where radiant heat reflection and flame resistance are critical. The fabric uses a high silica textile substrate for temperature stability, then applies an aluminum reflective layer to reduce heat radiation transfer and improve surface heat reflectivity.
Compared with standard fiberglass fabrics, silica fabric provides higher temperature capability and better stability under sustained heat. The aluminum coating enhances radiant heat reflection, making this reflective silica fabric suitable for industrial heat shielding where heat radiation is the primary threat, such as engine bays, turbo systems, exhaust zones, furnaces, kilns, welding stations, and fire protection structures.
This product is supplied in rolls and can be converted into heat shield mats, protective wraps, insulation curtains, heat reflective blankets, and OEM thermal barrier components. We support customized roll width, roll length, thickness range, and aluminum facing options according to purchasing requirements.
High temperature stability using high silica fabric base
Excellent radiant heat reflection with aluminum coated surface
Flame resistant performance for industrial fire protection needs
Low smoke and heat barrier properties for thermal shielding systems
Good flexibility for wrapping, sewing, cutting, and fabrication
Used for heat shields, insulation jackets, welding protection, and barrier curtains
Available for OEM converting into mats, blankets, and protective covers
| Item | Specification |
|---|---|
| Product Name | Reflective Sheath High Temperature Heat Flame Resistant Aluminum Coated Silica Fabric |
| Base Material | High Silica Fabric |
| Surface | Aluminum coated or aluminum foil laminated |
| Typical Silica Content | 96 percent or higher (custom available) |
| Weave Type | Plain weave (other weaves available) |
| Thickness | 0.3 mm to 3.0 mm (custom available) |
| Weight | 300 gsm to 1200 gsm (custom available) |
| Width | 1000 mm typical, up to 1500 mm available |
| Roll Length | 25 m to 50 m standard, custom available |
| Working Temperature | 1000 degree C continuous (typical for silica base) |
| Short Term Exposure | Up to 1200 degree C short term (typical for silica base) |
| Radiant Heat Reflection | Aluminum surface reflects radiant heat (performance depends on emissivity and exposure conditions) |
| Color | Aluminum silver surface, silica fabric base natural color |
| Processing | Cutting, sewing, laminating, die cutting, converting to mats and blankets |
| Main Applications | Heat shield, welding blanket, thermal barrier, insulation jacket, fire curtain |
Notes: Final rating depends on thickness, silica content, aluminum layer type, installation distance, and exposure conditions. For project bidding, we can provide matching test reports and material samples.
We can support material compliance and test documentation based on buyer requirements, including environmental compliance and application-specific testing for industrial thermal insulation projects. Please send your target standard and operating temperature profile for the most suitable construction recommendation.
Engine bay and turbo heat shielding
Exhaust system heat reflective barriers
Removable insulation jackets and thermal covers
Welding blankets and hot work protection
Furnace, kiln, and foundry thermal shielding
Fire protection curtains and heat barrier partitions
Industrial equipment thermal insulation and radiant heat control
It is used as a reflective heat shield textile to reduce radiant heat transfer and protect equipment, cables, pipes, and operators in high temperature environments. Typical uses include heat shields, insulation jackets, welding protection, fire curtains, and thermal barriers.
This product is a fabric material supplied in rolls. It can be converted into heat shield mats, insulation blankets, wraps, removable jackets, and other thermal barrier components. If you need a sleeve version, we can supply aluminized silica sleeves based on the same material system.
Aluminum coated means a reflective aluminum layer is applied onto the silica fabric surface. Aluminum foil laminated means a foil layer is bonded to the fabric. Foil lamination typically provides higher initial reflectivity, while coatings can offer better flexibility depending on construction. We can recommend the best option based on your bending and temperature requirements.
Aluminum is mainly for reflecting radiant heat. In direct flame exposure, the aluminum layer can degrade first, while the silica fabric base remains stable at high temperature. For direct flame zones, we recommend choosing higher thickness or using multi-layer insulation design.
For radiant heat shielding and light thermal barriers, 0.5 mm to 1.0 mm is common. For stronger insulation and mechanical durability, 1.5 mm to 3.0 mm is preferred. If you share your operating temperature, heat source distance, and installation method, we can suggest the most cost-effective thickness.
Yes. We support custom roll width, length, thickness, and aluminum facing. We also provide converting services such as cutting, sewing, laminating, and producing heat shield mats, blankets, and jackets according to drawings.
Yes. We can provide material samples and relevant test documentation based on your market and project standards. Tell us your target application and required standard for precise matching.
For best results, the aluminum reflective surface should face the heat source. A small air gap between the heat source and the fabric improves thermal performance significantly. Proper fixation and avoiding direct mechanical damage to the aluminum surface will help maintain reflectivity.
| DATASHEET | ||||||||
| Part NO. | Weight | Thickness | Width | Length | ||||
| oz/yard | g/m2 | inch | mm | inch | cm | yard | meter | |
| BST-SIF-AL-0.75 | 17.79 | 605.00 | 0.030 | 0.75 | 36.22 | 92.00 | 50.00 | 46.00 |
| BST-SIF-AL-1.3 | 35.44 | 1205.00 | 0.051 | 1.30 | 36.22 | 92.00 | 50.00 | 46.00 |
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