Technical standards for military tent production

The production technology standards for military tents involve multiple aspects to ensure that they meet military needs, have sufficient durability, reliability, and adaptability. Here are some key technical standards for military tent production:

1、 Materials and Structure

Canvas material: Military tents usually use military green canvas and Oxford cloth as the main fabrics, which have characteristics such as waterproofing, sun protection, wind resistance, and tear resistance. The top fabric is generally made of three proof cloth (waterproof, fireproof, and mildew proof), while the mountain walls and walls are made of thick cotton canvas, with thick felt used in the middle and lined with white cloth.

Bracket material: The bracket is made of welded 3cm × 3cm square tubes, using high oxygen welding method and rust prevention treatment. The steel frame structure is stable and can withstand harsh weather conditions.

Window design: The windows are equipped with mesh screens, which have functions such as mosquito and insect prevention and ventilation. The windows are equipped with organic glass panels, which can be used for windproof and daylighting in summer, and for daylighting and insulation in winter.

2、 Specifications and dimensions

There are various specifications of military tents to meet different military needs. Common specifications include 4 × 3, 4.5 × 4.6, 6 × 4.6, 7.5 × 4.8, 10 × 4.8, etc. The height is generally 1.5 meters (standard tent) or 1.8 meters (special tent). In addition, there are clear regulations on the size of military inflatable tents, such as length x width 4000 x 3000, height 2500/1600, etc.

3、 Performance requirements

Carrying capacity: Military tents need to be able to withstand certain wind and snow loads, usually requiring the ability to withstand both level 8 wind and 6 centimeter thick snow loads simultaneously.

Waterproof performance: The waterproof performance of military tents is crucial, and the waterproof index is generally measured by the amount of waterproofing, that is, how many millimeters of water column per square centimeter of unit area the tent can withstand. In order to prevent moderate and heavy rain, military tents generally need to have a rainfall resistance of at least 1500 millimeters of water column; Some military tents with high quality requirements have released 3000 mm or even 4000 mm of water, which can be used to prevent continuous heavy to rainstorm.

Durability: Military tents need to have sufficient durability to withstand the wear and tear caused by harsh weather conditions and frequent use.

Portability: Military tents should be easy to carry and transport, and all components should be packed in a cloth bag with a neat shape, making it convenient for remote transportation by vehicle or short distance human transportation.

4、 Production process

Cutting and sewing: Canvas materials need to be precisely cut and sewn to ensure that the size and shape of the tent meet the requirements. High strength wire and sewing techniques are required during sewing to ensure the stability of the tent.

Installation and disassembly: Military tents should be easy to install and disassemble, usually accompanied by installation instructions that are easy to read at a glance. The installation process should ensure that the bracket is stable and the canvas is flat. Disassembly should be carried out in order to avoid damaging the tent materials.

5、 Testing and Certification

Military tents undergo strict quality testing and certification during the production process to ensure compliance with relevant technical standards and military requirements. The testing content includes but is not limited to waterproof performance, load-bearing capacity, durability, etc. The certification body is usually the military or relevant authoritative organization.

In summary, the production technology standards for military tents involve multiple aspects to ensure that they meet military needs and have sufficient durability, reliability, and adaptability. These standards not only cover the selection of materials and structures, but also include specifications and dimensions, performance requirements, manufacturing processes, as well as testing and certification.