Camouflage screens and nets are currently being made of coated fabrics and foils. The requirements of these materials are signature alteration of visual, infrared, and radar as well as being low cost, light weight, high tensile, and weather resistant. A composite material of film or nonwoven lends itself this application at a lower weight and higher strength than coated fabric or foils. A study will be performed of the current materials and technologies available for camouflage materials. An analysis of materials appropriate for a light weight composite will be chosen for prototypes samples. The data from the literature and product testing will be evaluated and several materials will be recommended for camouflage screens and nets based on weight, cost, physical properties, and signature alteration of visual through microwave.
Benefits: The result of this research should identify several product alternatives to the current products available that will be lower weight and from non-strategic and renewable sources. Orcon currently supplies materials to the Aerospace industry for protective covers and moisture barrier films that are durable and lightweight, 0.5 to 2.8 ounces per square yard.
