Container House Roof Fixation

Container house roof fixation can be achieved through methods such as welding, bolt connection, clamp or ballast design, and spliced structure. Details are as follows:

• Welding Fixation: For welded integral containers, the roof load is transferred through the side-wall columns to the bottom sill, and then evenly distributed to the ground via the bottom sill. The roof and side-wall columns and other structures are welded into shape as a whole in the factory, with a direct load path. This welding method firmly fixes the roof to the overall structure, providing strong resistance to deformation and making it suitable for scenarios requiring frequent lifting and movement.
• Bolt Connection Fixation: Bolt-connected assembled containers use standard panels connected by bolts. The roof panel splicing frame is installed on the top of the container house, and the spliced sloped roof structure is fixed to the roof panel splicing frame using bolts and other fasteners. The adjustment central axis of the spliced sloped roof structure has roof insulation frame panels and other components installed on both sides in a rotating manner, and these components are also fixed using locking bolts and fixing bolts to complete the roof splicing installation and maintain roof stability.
• Clamp or Ballast Design Fixation: Similar to the design concept of the Shenlonggu single-layer roof photovoltaic support system, for situations where additional facilities (such as photovoltaic panels) need to be installed on the roof of a container house, a unique clamp or ballast design can be adopted. This design connects to the roof panel through physical means without penetrating the roof, ensuring both the integrity of the roof and the stable installation of the additional facilities.
• Spliced Structure Fixation: For example, in a spliced container house roof, the sealing top frame is inserted from the side into the snap-fit groove of the roof insulation frame panel and fixed with locking bolts. The side sealing frame panel is snapped into the side snap-fit groove using side snap plates and then locked and fixed in place with fixing bolts. The spliced sloped roof structure fixes the top of the roof panel splicing frame in a triangular shape, reducing wind resistance, ensuring installation stability in rainy and snowy weather, and facilitating quick splicing installation and disassembly for transportation.