Understand Special Shelters Before You Regret.
According to the structure, Military shelters are divided into two types: Military shelters and Military shelters; the Military shelters are divided into: Military shelters and Military shelters; Shelters are further divided into: standard Military shelters, Military shelters, Military shelters, Military shelters, Military shelters, Military shelters, and Military shelters.
Hard wall expansion and non-hard wall expansion; hard-wall expansion Military shelters are divided into: single-sided flap expansion, double-sided flap expansion, single-side pull-out expansion, double-side pull-out expansion, up-and-down pull-out expansion. Among them, expansion methods include: hydraulic expansion, electric expansion, manual mechanical power expansion and so on. Special Military shelters refer to the formation of stepped, rotating and combined Military shelters. Military shelters refer to the form of a raised hood in the cabin of a car chassis tire.
The structure of the Military shelters is roughly divided into two types: skeletal Military shelters and large-scale Military shelters. The skeletonized shelters are the primary stage of the production of Military shelters. They are characterized by steel or aluminum profiles welded into a metal frame, with outer skins, and flame retardant polyurethane foam from the cabin to make them outer skin. Adhesive, because the surface is uneven during spraying, it needs to be leveled. Generally, it needs to be done by hand. The quality is not guaranteed. After finishing, it will be riveted with a layer of metal or non-metal plate, such as decorative board or aluminum-plastic board. Etc., then add a welded corner piece or a lifting eye for lifting. This type of Military shelters is characterized by its high mass, low load-to-weight ratio and poor shielding performance, so it can only be used as a general load. This structure of Military shelters was quickly eliminated. The main feature of the large-scale Military shelters is the use of the outer skin and inner skin of the entire surface. The composite panels are first made, and then the six composite panels are assembled together with the inner cladding to form a complete hexahedron.