▎ 摘　　要

NOVELTY - Processing full-band radar camouflage net, comprises e.g. (i) making the foam base layer of the camouflage net by adding the ingredients of the processed foam material into a mixer to mix and stir evenly, transferring to the extruder to be extruded into tablets, irradiating at room temperature, and subjecting to high-temperature foaming treatment at 250-280degrees Celsius, (ii) pressing small patterns on one or both sides of the foam base layer, where the pattern size of the small pattern is 0.5-3 mm, the pattern gap is 0.1-3 mm, and the height of the pattern protrusion is 0.1-2 mm, (iii) setting with waterborne polyurethane coatings with superconducting shielding function, (iv) coating the above-mentioned paint on both sides of the foam base layer after the pattern is pressed to form a surface coating, and (v) fabricating Oxford cloth by coating the flame retardant layer paint on both sides of the Oxford cloth, coating a layer of anti-infrared coating on flame retardant layer. USE - The method is useful for processing full-band radar camouflage net. ADVANTAGE - The camouflage net: is compounded by pressing the foam base layer with small patterns and the upper and lower double layers of Oxford cloth; has simple technology and light weight; and realizes the protection and shielding of the full-band radar. DETAILED DESCRIPTION - Processing of full-band radar camouflage net, comprises (i) making the foam base layer of the camouflage net by adding the ingredients of the processed foam material into a mixer to mix and stir evenly, transferring to the extruder to be extruded into tablets, irradiating at room temperature, and subjecting to high-temperature foaming treatment at 250-280degrees Celsius, (ii) pressing small patterns on one or both sides of the foam base layer, where the pattern size of the small pattern is 0.5-3 mm, the pattern gap is 0.1-3 mm, and the height of the pattern protrusion is 0.1-2 mm, (iii) setting with waterborne polyurethane coatings with superconducting shielding function, (iv) coating the above-mentioned paint on both sides of the foam base layer after the pattern is pressed to form a surface coating, (v) fabricating Oxford cloth by coating the flame retardant layer paint on both sides of the Oxford cloth, coating a layer of anti-infrared coating on the outside of the flame retardant layer on the bottom of the Oxford cloth, coating an anti-radar coating on the outside of the flame-retardant layer on the Oxford cloth, finally pressing a large pattern on the anti-radar coating of the Oxford cloth, where the pattern size of the large-scale pattern is a pattern of 3.5-10 mm, the pattern gap is 1-10 mm and the height of the pattern protrusion is 0.3-3 mm, (vi) bonding two pieces of Oxford cloth to both sides of the foam base layer through its anti-infrared coating, and (vii) wrapping around the camouflage net unit, with self-locking steel sprayed plastic hooks on the wrap, where the surface of the camouflage net unit is equipped with reinforcing ropes longitudinally and transversely, and according to needs, selecting multiple camouflage net units and assembling by spraying hooks to form a camouflage net.