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Aluminized Nonwoven Fabric for Isolation
Product Information
| Manufacturing Technology | Hotmelt Laminated |
| Width | 20 ~ 240 cm |
| Color(s) | White, customized |
| Weight | 30-80 gsm |
| Material | Spunlace nonwoven, aluminum foil |
| Shelf Life | 365 Days |
| Packing | PE wrapping |
Product Features
Material Foundation & Cost Advantage
This composite fabric is produced by vacuumdepositing an ultrathin aluminum layer onto a nonwoven substrate. The resulting structure is exceptionally lightweight, yet it delivers robust performance across multiple fronts. At the same time, it offers a costefficient alternative to denser, heavier conventional materials, making it a versatile and economical choice for a wide range of applications.
This composite fabric is produced by vacuumdepositing an ultrathin aluminum layer onto a nonwoven substrate. The resulting structure is exceptionally lightweight, yet it delivers robust performance across multiple fronts. At the same time, it offers a costefficient alternative to denser, heavier conventional materials, making it a versatile and economical choice for a wide range of applications.
Barrier and Thermal Management
The material provides threefold protection: it effectively resists moisture ingress, blocks harmful light exposure, and prevents oxygen permeation, ensuring reliable preservation of packaged contents. In addition, its highly reflective metallic surface and superior insulation properties substantially reduce radiant heat transfer, offering efficient thermal control in both hot and cold environments.
The material provides threefold protection: it effectively resists moisture ingress, blocks harmful light exposure, and prevents oxygen permeation, ensuring reliable preservation of packaged contents. In addition, its highly reflective metallic surface and superior insulation properties substantially reduce radiant heat transfer, offering efficient thermal control in both hot and cold environments.
Mechanical Flexibility and Typical Uses
Despite its strength, the fabric remains pliable and easy to handle, conforming readily to different shapes without losing its structural integrity. These characteristics make it suitable for numerous practical applications, including thermal packaging (insulated bags and isolation liners), agricultural covers (greenhouse linings), and industrial insulation (radiant barriers). It is also an excellent solution for specialised scenarios that demand a bright, reflective metallic finish.
Despite its strength, the fabric remains pliable and easy to handle, conforming readily to different shapes without losing its structural integrity. These characteristics make it suitable for numerous practical applications, including thermal packaging (insulated bags and isolation liners), agricultural covers (greenhouse linings), and industrial insulation (radiant barriers). It is also an excellent solution for specialised scenarios that demand a bright, reflective metallic finish.