山东三所新材料技术有限公司

Double sided camouflage net is a specialized device for camouflage of ground mobile devices and fixed facilities. The camouflage net is designed with patch patterns suitable for different backgrounds such as forests, deserts, plateaus, islands, and snow in the north and south, and adopts a new design method of double-sided printing and inlay, making its visual characteristics similar to natural ecology and more suitable for use in different terrains and landforms.

1.伪装网的类型

1. Types of camouflage nets

(1)林地伪装网:正面为华南地区春夏使用的伪装网，由深绿色、中绿色、黄绿色和沙土组成，适应春夏植被生长茂盛的背景;反面是秋冬使用的迷彩网，由深绿色、中绿色、黄土、褐土斑组成。适用于林地背景，秋冬季节，植被落叶、枯萎、休眠时，或植被稀少时。近红外反射适合其背景色调。

(1) Forest camouflage net: The front is a camouflage net used in spring and summer in South China, consisting of dark green, medium green, yellow green, and sandy soil, suitable for the background of lush vegetation growth in spring and summer; The reverse side is a camouflage net used in autumn and winter, consisting of dark green, medium green, loess, and brown soil spots. Suitable for forest background, autumn and winter seasons, when vegetation is deciduous, withered, dormant, or when vegetation is sparse. Near infrared reflection is suitable for its background tone.

(2)沙漠迷彩网:正面适合沙漠或黄土高原背景种植较沙的场景，由浅沙、沙土、褐土、黄土斑组成;反面是戈壁沙漠地貌伪装网，由浅沙、沙土、黑石、深绿色斑点组成，近红外反射适合其背景色调。

(2) Desert camouflage net: The front is suitable for scenes with sandy backgrounds in deserts or loess plateaus, consisting of shallow sand, sandy soil, brown soil, and loess patches; On the reverse is the Gobi Desert landform camouflage network, composed of shallow sand, sandy soil, black stone, and dark green spots, with near-infrared reflection suitable for its background color.

(3)雪型迷彩网:正面是全雪迷彩网，全白;反面有一个偏雪伪装网，由白色和黄土斑组成。白色伪装色在紫外光谱350nm处的反射系数≥70%，白度≥90。

(3) Snow type camouflage net: The front is an all snow camouflage net, all white; There is a partial snow camouflage net on the reverse, consisting of white and yellow spots. The white camouflage color has a reflection coefficient of ≥ 70% and a whiteness of ≥ 90 at 350nm in the ultraviolet spectrum.