Hydraulic Rod Container House

Hydraulic rods are mainly used in container houses for door and window opening and closing, structural support, and the realization of special functions. However, not all container houses need to be equipped with them, and their application depends on specific design requirements.

Common Application Scenarios of Hydraulic Rods in Container Houses

1. Door and Window Opening and Closing Systems
   The doors and windows of container houses (such as upward-opening doors and overhead cabinet doors) often use hydraulic rods to achieve automatic opening and closing and buffering. For example, cabinet hydraulic rods can support the door panel to open smoothly, avoiding safety hazards caused by sudden drops. These hydraulic rods are usually pneumatic support rods, and their specifications are distinguished by load-bearing capacity (such as 100N), suitable for light-duty structures.

2. Adjustable Support Structures
   Some container house designs require hydraulic rods to achieve height or angle adjustments. For example, telescopic support feet adjust the height of the bed bottom or tabletop through hydraulic rods to adapt to different terrains; industrial-grade hydraulic rods are used for supporting heavy equipment, such as the support rods for the cargo compartments of refrigerated trucks, which can withstand a high load of 85 yuan per rod to ensure structural stability.

3. Special Function Modules
   High-end container houses may integrate hydraulic systems to achieve complex functions, such as automatically unfolding balconies and retractable roofs. These applications require customized hydraulic rods, coordinated with motors and control systems, but the cost is relatively high, and they are mostly seen in commercial or high-end residential scenarios.

Correlation between the Conventional Structure of Container Houses and Hydraulic Rods

1. Basic Structure Relies on Welded Frames
   The core strength of container houses comes from welded steel structural frames. The walls are made of color-steel sandwich panels (such as products from Beijing Falilai), which have sound insulation, heat insulation, and fire prevention properties. Such structures do not require hydraulic rod support by themselves, and hydraulic rods only serve as auxiliary components.

2. Flexibility of Modular Design
   Packing-box-type houses achieve space expansion through modular combinations. Hydraulic rods may be used for connectors or adjusting module angles, but they are not essential. For example, Falilai packing boxes use galvanized color-steel plates and channel steels, which are fixed with bolts and can be quickly assembled without hydraulic devices.

Selection Principles of Hydraulic Rods for Adaptation to Container Houses

1. Matching Load-Bearing Capacity and Stroke
   Select hydraulic rod specifications according to the weight of doors and windows or support requirements. For example, light-duty cabinet doors choose 100N pneumatic rods, while heavy-duty industrial doors require higher load-bearing models.

2. Weather Resistance and Anti-Corrosion Requirements
   Container houses are mostly used outdoors, and hydraulic rods need to have rust prevention capabilities. High-quality products use galvanized materials or surface spraying treatments to adapt to humid and salt-spray environments.

3. Installation Space Limitations
   The interior space of container houses is compact, and hydraulic rods need to meet the requirements of short strokes and small volumes. For example, the length of tatami hydraulic rods usually does not exceed 500mm to fit into narrow spaces.