目前市场上的伪装网络分为两部分:一部分是军队采购的具有各种军事侦查手段的军事伪装网络;另一部分是普通迷彩伪装网络,用于部队的日常训练。普通迷彩伪装网络因为没有防雷达、防热红外等伪装性能要求,所以普通迷彩伪装网络的价格没有军用伪装网络贵,所以受到很多军事爱好者或普通消费者的喜爱,大多用来装扮军事风格的建筑、场地或遮阳、观鸟等。
At present, the camouflage network on the market is divided into two parts: one part is a military procurement of military camouflage networks with various military investigation methods; The other part is a regular camouflage network used for daily training of troops. Ordinary camouflage networks are not as expensive as military camouflage networks because they do not have camouflage performance requirements such as radar and thermal infrared protection. Therefore, they are loved by many military enthusiasts or ordinary consumers and are mostly used to decorate military style buildings, venues, sunshades, bird watching, etc.
军用伪装网需要很高的产品相关技术才能满足军事隐身的诸多伪装性能的要求,其伪装性能的检测也需要技术人员使用军事仪器进行检测,能够开发和制造此类产品的企业不多。所以市场上所谓的军用伪装网并不是真正的军用伪装网,而是真正的军用伪装网。事实上,它们是伪装的军事真正的山寨。即使是任何制作绳网和纺织品的人也可以挂上伪装网的标志。但是,这些山寨伪装网厂能生产的不是真正的军用伪装网,而是用来训练的。
The military camouflage network requires a high level of product related technology to meet the various camouflage performance requirements of military stealth. The detection of its camouflage performance also requires technical personnel to use military instruments for testing. There are not many enterprises that can develop and manufacture such products. So the so-called military camouflage net in the market is not a real military camouflage net, but a real military camouflage net. In fact, they are disguised military real mountain fastness. Even anyone who makes rope nets and textiles can hang the logo of a camouflage net. However, what these fake camouflage net factories can produce is not real military camouflage nets, but for training purposes.
鉴于山寨伪装网厂没有军用伪装网的技术和实力,普通迷彩伪装网的质量也各不相同,普通消费者无法从各种伪装网的质量入手。让我们从三个方面来解释一下如何区分普通伪装网的优缺点方法一:听声音
Given that the counterfeit camouflage net factory does not have the technology and strength of military camouflage nets, and the quality of ordinary camouflage nets varies, ordinary consumers cannot start with the quality of various camouflage nets. Let's explain how to distinguish the advantages and disadvantages of ordinary camouflage nets from three aspects. Method 1: Listening to sound
这种方法是直接、简单的识别方法,操作方便,即握住伪装网的边角或用双手摩擦。高质量的伪装网声音沉闷,低劣的声音清脆——就像摩擦一张纸。这是因为劣质网布材料和制造工艺粗糙,使用劣质网布材料来降低成本。
This method is a direct and simple recognition method that is easy to operate, that is, holding the corners of the camouflage net or rubbing with both hands. The high-quality camouflage net has a dull sound, while the inferior sound is crisp - just like rubbing a piece of paper. This is because inferior mesh materials and rough manufacturing processes are used to reduce costs.
方法二:比较工艺
Method 2: Compare processes
好的伪装网的加工工艺非常成熟,包边整齐。网的四面每20厘米有一根连接绳,整体感觉做工精细。相反,劣质伪装网的做工工艺非常粗糙,连接绳不符合标准。
The processing technology of a good camouflage net is very mature, with neat edges. There is a connecting rope every 20 centimeters on all four sides of the net, giving the overall feeling of exquisite workmanship. On the contrary, the workmanship of low-quality camouflage nets is very rough, and the connecting ropes do not meet the standards.
方法三:看网架
Method 3: Look at the grid structure
网架是起支撑作用的骨架网(有点像渔网)。既然是骨架,就需要很强的抗拉强度。抗拉强度取决于网格的大小和密度。大网格的抗拉强度肯定不如小网格的抗拉强度高。伪装网格的网格大小基本为5厘米×5cm,有些甚至达到3.5cm。cm×超小密度3.5cm;为了节约成本,劣质伪装网一般采用10cm。×制作10cm大网眼。也就是说,一个10cm。×10厘米的网眼面积相当于4个5厘米。×5cm小网眼的面积,可想而知谁的抗拉强度好。
A net frame is a skeletal net that serves as a support (somewhat like a fishing net). Since it is a skeleton, it requires strong tensile strength. The tensile strength depends on the size and density of the mesh. The tensile strength of large grids is definitely not as high as that of small grids. The mesh size of the camouflage grid is basically 5 centimeters × 5cm, some even reach 3.5cm. Cm × Ultra low density 3.5cm; In order to save costs, low-quality camouflage nets typically use 10cm. × Create a 10cm large mesh. That is to say, a 10cm. × A mesh area of 10 centimeters is equivalent to four 5 centimeters. × With a 5cm small mesh area, it can be imagined who has the best tensile strength.