伪装是指通过电磁、光学、热、声学等技术手段,改变目标原有的特征信息,隐真显假,降低敌人的侦察效果,使敌人对自己的位置、企图和行动产生错觉,导致自己指挥失误,从而保存自己,打击敌人。
Camouflage refers to the use of electromagnetic, optical, thermal, acoustic and other technical means to change the original feature information of the target, conceal the true and show the false, reduce the enemy's reconnaissance effect, make the enemy have an illusion of their position, intentions, and actions, leading to their own command errors, thereby preserving themselves and attacking the enemy.
伪装网体自下而上主要由微孔膜层、金属涂层、粘合剂层、织物层和表面涂层组成。伪装网体的上表面设有伪装层,伪装网体的下表面设有底网,伪装网体的上下表面设有连接底网和伪装层的固定绳。进一步地,微孔膜层是具有许多三维不规则微孔的结构膜,由聚乙烯、聚丙烯、聚氨酯或长链聚四氟乙烯制成。此外,所述微孔薄膜层和金属涂层的厚度为25um ~ 3.175mm。
The camouflage mesh is mainly composed of a microporous film layer, a metal coating, an adhesive layer, a fabric layer, and a surface coating from bottom to top. The upper surface of the camouflage net body is equipped with a camouflage layer, the lower surface of the camouflage net body is equipped with a bottom net, and the upper and lower surfaces of the camouflage net body are equipped with fixed ropes connecting the bottom net and the camouflage layer. Furthermore, the microporous membrane layer is a structural membrane with many three-dimensional irregular micropores, made of polyethylene, polypropylene, polyurethane, or long-chain polytetrafluoroethylene. In addition, the thickness of the microporous film layer and metal coating is between 25um and 3.175mm.
此外,所述微孔薄膜层的上表面、次表面和微孔壁上通过溅射、化学气相沉积或化学镀涂覆有铝、银、金、铜、锌、钴、镍、铂或它们的合金的金属涂层,使得所述微孔薄膜层具有1-6个光密度单位。此外,织物层由对热红外透明而对可见光不透明的织物、合成材料如无纺或纺织聚酰胺、聚酯和聚烯烃、或棉、毛、丝及其混合物制成。
In addition, the upper surface, secondary surface, and microporous wall of the microporous film layer are coated with metal coatings of aluminum, silver, gold, copper, zinc, cobalt, nickel, platinum, or their alloys through sputtering, chemical vapor deposition, or chemical plating, resulting in the microporous film layer having 1-6 optical density units. In addition, the fabric layer is made of fabrics that are transparent to thermal infrared but not transparent to visible light, synthetic materials such as non-woven or textile polyamides, polyester and polyolefins, or cotton, wool, silk, and their mixtures.
进一步地,表面涂层由20%-30%的丙烯酸聚合物粘合剂、35%-40%的颜料、35%-40%的阻燃剂和0.08%-0.15%的乳化剂组成,并溶解在由水和氨水组成的混合溶剂中。本实用新型的有益效果是:具有抗光学和远红外能力,突破了传统的重复缺陷,色牢度高,长期使用不易褪色,满足了用户对光学伪装的更高要求,具有复合结构,通过控制目标热源与背景的温差,可以防止被光学仪器和热成像系统探测到;可以明显削弱热成像,降低可见光表面发射率。
Furthermore, the surface coating consists of 20% -30% acrylic polymer adhesive, 35% -40% pigment, 35% -40% flame retardant, and 0.08% -0.15% emulsifier, which are dissolved in a mixed solvent composed of water and ammonia. The beneficial effects of this utility model are: it has anti optical and far infrared capabilities, breaks through traditional repetitive defects, has high color fastness, is not easily faded after long-term use, meets users' higher requirements for optical camouflage, and has a composite structure. By controlling the temperature difference between the target heat source and the background, it can be prevented from being detected by optical instruments and thermal imaging systems; It can significantly weaken thermal imaging and reduce visible light surface emissivity.
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