Structural Integrity Test

01 - The Testing Process

Static Load Test

We simulate real-world weight conditions by strategically placing precast weight modules equivalent to the maximum occupancy load on the fully assembled frame.

Cantilevered Uplift

Controlled crane lift with calibrated ropes at designated corner points, replicating transport and installation forces.

Precise Instrumentation

Track stress, strain, and deflection across the frame and key joints in real-time.

visually inspects
moved frames with placed weight modules by crane

02 - Evaluation Parameters

Load-Bearing Capacity

Quantify the maximum weight the container house can safely support, exceeding typical occupancy and environmental loads.

Structural Integrity Assessment

Ensure the frame withstands stress without deformation or damage.

Lifting & Transport Feasibility Verification

Mitigates potential risks and optimizes logistics by confirming structural integrity during relocation.

Extreme Condition Resilience

Guarantee occupant safety and structural soundness even during earthquakes or high winds.

Rooftop Load-Bearing Capacity Test

To verify the complete installation of the container frame and shell, followed by a thorough inspection of the foundation and support system for robustness and reliability.

01 - The Testing Process


Controlled, stepwise loading with evenly distributed weights (e.g., precast modules) totaling 6 tons.


Upon reaching the target load, meticulously examine the framework, joints, rooftop, and support system for any deformation or damage, assessing their severity and impact on overall structural safety.

Data Acquisition

Continuously record key parameters throughout the test, including load weight, structural deflection, location of damage (if any), and visual documentation through photographs or videos.

prefabricated weight modules placed on a container roof

02 - The Advantages of The Test

More realistic load distribution

Simulates actual use cases where weight is directly applied to the roof (e.g., snow, furniture, people).

Isolated roof performance

Can pinpoint weaknesses specific to the roof structure and connections without influence from the container frame and foundation.

Allows for visual inspection

Easier to observe potential deformations or damage directly on the roof surface.

Roof Drainage Performance Test

Conduct a comprehensive roof drainage performance test to validate the effectiveness and integrity of your container home’s innovative drainage system design.

Performance Optimization Process

Simulated Rainfall

Employ a controlled and continuous water sprinkling system on the roof, replicating realistic rainfall intensity and duration.

Flow Visualization

Monitor the water's path as it channels across the inclined roof surface and seamlessly directs towards designated drainage holes within the support pillars.

Drainage Efficiency Evaluation

Quantify the rate and completeness of water removal, ensuring no pooling or ponding occurs on the roof, exceeding industry standards for drainage performance.

Leakage Detection

Meticulously inspect the container home's interior throughout the test for any signs of water intrusion, guaranteeing the waterproof integrity of the roof and supporting structures.

Sloped channels built into underfloor posts

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