Introduction and Market Relevance
Across Canadian industrial sites, construction yards, and agricultural operations, covered storage for equipment and materials is often limited. Permanent building construction is expensive and time-consuming. A dual truss container shelter mounts on standard shipping containers to create weather-protected space without foundations or building permits. Canadian facilities use these structures to expand covered area quickly, protect equipment from snow and rain, and create semi-enclosed work zones.
Shipping containers are abundant and relatively inexpensive across Canada. Converting them into support structures for fabric shelters uses their strength as anchors while adding covered space between them. This approach repurposes existing containers and avoids the cost of poured concrete footings.
Common Applications and Design Features
Dual truss container shelters are commonly used for:
- Equipment storage between container walls
- Covered loading and unloading areas
- Maintenance bays for vehicle repair
- Material stockpile protection from rain
- Seasonal storage for outdoor machinery
The shelter mounts on two standard shipping containers placed parallel to each other. The dual truss frame spans the gap between containers, creating covered space without interior support posts. The PVC cover provides weather protection while transmitting natural light. End walls can be added for complete enclosure. Truss spacing of 8 feet provides structural rigidity for snow loads.
Container Integration and Structural Benefits
Using containers as foundation walls offers several advantages over ground-mounted shelters. Containers provide ready-made walls that can be locked for security. They elevate the shelter, allowing snow and water to drain underneath. The container roofs provide a stable mounting platform for the trusses. The weight of loaded containers anchors the shelter against wind uplift.
The dual truss design distributes loads across multiple frame members. This redundancy provides safety margin during heavy snow events. The galvanized steel frame resists corrosion from road salt and moisture. The PVC cover is flame-retardant for fire safety and UV-protected for sun resistance.
Technical Principles and Operational Considerations
Several factors affect shelter performance and longevity. The distance between containers determines the covered width. Container alignment must be parallel and level for proper truss fit. Truss attachment to container roofs requires bolted connections through the container roof structure. The PVC cover must be tensioned properly to prevent flapping and water pooling.
Proper container placement is critical for shelter function. Containers should be set on level ground with adequate drainage. The spacing between containers must match the truss span. Container doors should face outward to provide access to the container interior without interfering with the shelter area.
Safety Practices and Maintenance Guidelines
Safe installation and operation requires several key practices:
- Ensure containers are level and stable before mounting
- Use proper lifting equipment for truss installation
- Verify cover tension is even across all trusses
- Inspect anchor bolts and frame connections regularly
- Remove snow accumulation during heavy winter storms
Advantages and Limitations
Advantages of a dual truss container shelter include:
- No foundation or building permit required
- Uses existing containers as support walls
- Dual truss design for snow load capacity
- Natural light transmission through PVC cover
- Lockable container walls for security
- Relocatable when containers are moved
Limitations to consider:
- Requires two standard shipping containers
- Container roofs must support truss weight
- Not suitable for extreme snow loads without certification
- PVC cover replacement needed after years
- Limited width by container spacing
Real-World Application Example
A Canadian construction company in Alberta had two shipping containers used for tool storage. The gap between containers collected snow and was unusable space. The company installed a dual truss shelter between the containers, creating covered space for equipment maintenance. The shelter protected mechanics from rain and snow during repairs. The containers remained accessible for tool storage. The company added end walls later to create a fully enclosed workshop.
Conclusion and Future Outlook
TMG Industrial Dual truss container shelters provide a practical way to add covered space using existing shipping containers. This approach is particularly valuable on sites where permanent construction is impractical or where temporary structures are preferred. As Canadian industrial sites continue using containers for storage, demand for shelter systems that integrate with them will likely grow. Future designs may include insulated covers for winter use and solar panels for off-grid lighting.
Facility managers with existing container storage should evaluate dual truss shelters for any site requiring covered workspace between containers. The combination of dual truss strength and PVC cover durability makes this shelter suitable for diverse Canadian industrial applications More Read