60ftx40ft Double Truss Container Shelter

This huge 60x40ft Industrial Grade, Double Trussed Dome Shelter, complete with Half Front and End Walls, is one of the popular choices for large civil engineering projects requiring the need for a semi-permanent/permanent weatherproof shelter with a soaring apex and ample under cover floor space as well as additional sheltered space about each shipping container..

Details

• • 5 double truss roof arches, each comprised of 7 sections.
  • 10 hot-dip galvanised steel roof truss support posts.
  • Half front and end walls at 14.7ft clearance from the ground to the underside of the half wall. The internal dome apex from the ground to the roof is 28.2ft (GP container).
  • Welded base plates for a strong, secure connection to the shipping containers.
  • High tensile roof support posts connected to the double truss frame.
  • 16 extra cross bracing purlins.
  • Heavy-duty UV, PVC 900GSM roof cover.
  • 20ft dome apex. (28.2ftwith GP and 29.1ft with HC).

Create the extra space your project demands with this Industrial-Grade Dome Shelter, transforming your site into a fortress against unpredictable weather. When securely welded onto 40ft containers, you’ll instantly create 100’s of cubic metres of undercover storage space.

Welded onto 40ft shipping containers, with front and rear access, this dome shelter is perfect for large-scale projects. Shield your site machinery and materials from weather damage, keeping your project on track.

Once assembled, your new workspace is always operational, secure, and free from stoppages caused by inclement weather. With hassle-free assembly and the flexibility to dismantle, move and rebuild the shelter as your needs change, this shelter could be the solution you’re looking for.

Welded Base Plate Design

Welding the base plates to the containers ensures a permanent, rigid connection that can withstand heavier loads, including heavy rain and even snow in the high country. Welded base plates form a strong bond between the roof frame and containers which can better resist the constant vibrations, movements, or environmental stressors typically associated with remote areas and/or industrial settings.