Container House Production Equipment

Container house production equipment mainly includes packing container house equipment, cold roll forming equipment, welding and cutting equipment, and customized production line equipment. The following are specific equipment types and their functional descriptions:

1. Packing Container House Equipment
This type of equipment is used for producing modular packing container houses. Its core components include sill equipment, frame equipment, and top and bottom frame components. The equipment uses cold roll forming technology to press steel into standard parts (such as corner posts and wall panels), which are then bolted together on-site to form a complete container. For example, the "Weixin" brand equipment in Cangzhou City, Hebei Province, can press 3mm thick steel, supports rapid assembly and disassembly without construction waste, and is suitable for emergency shelters, commercial housing, and other scenarios. Its modular design significantly reduces transportation costs, allowing more folded containers to be loaded per trip, and offers high turnover and long service life.

2. Cold Roll Forming and Roofing Equipment
This equipment is used for producing roof and wall structural components for container houses. For example, a fully automatic single-layer color steel roofing machine uses hydraulic cutting and cold roll forming processes to process metal coils into roofing tiles or sandwich panels. Such equipment can adjust the number of forming rows (e.g., 22 rows) and specifications to accommodate different thickness requirements (50mm-100mm), meeting insulation needs in various climate zones.

3. Welding and Cutting Equipment
The production of container frames relies on automated welding equipment to ensure structural strength. For example, Suzhou Zhongnan Steel Structure uses fully automatic welding processes, with weld strength meeting the GB/T 19001-2016 standard, allowing the frame to deform less than 2mm under 12-level strong winds. Some companies combine semi-welded and semi-bolted connection structures, which are lower in cost but require regular maintenance to avoid bolt loosening after long-term use.

4. Customized Production Line Equipment
For special container houses (such as communication equipment containers and energy storage containers), dedicated production lines are required. For example, Suzhou Zhongnan Steel Structure's mobile communication equipment container house production line integrates design, processing, transportation, and installation services, supports customization for thicknesses of 50mm-100mm, and is equipped with a 20-person technical team to ensure process precision. Such equipment typically includes high-strength bolt connection technology to avoid welding processes for environmental compliance and supports secondary disassembly and reassembly.

Equipment Selection Recommendations

• Emergency Scenarios: Prioritize equipment that folds into a small volume and allows for large transportation volumes per trip (e.g., Suzhou Zhongnan's folding containers can be loaded with 20 sets per truck) to reduce warehousing and logistics costs.
• Long-Term Turnover: Focus on the reusability and unfolding efficiency of containers produced by the equipment. Hydraulic automatic unfolding structures (5 minutes per set) are superior to manual assembly (10 minutes per set).
• Environmental Compliance: Choose equipment that uses high-strength bolt connections to avoid environmental pollution from welding processes and supports multiple disassemblies and reassemblies to reduce resource consumption.