Container Houses For Earthquake Relief Can Also Be Used As Isolation Wards Mobile Corrosion Resistance
In times of crisis, such as earthquakes or pandemics, versatile solutions are invaluable. Container houses, originally designed for earthquake relief efforts, exhibit adaptability beyond their initial purpose. These structures, fashioned from repurposed shipping containers, offer a practical and sturdy alternative for various needs, including serving as isolation wards during health emergencies.
Equipped with the necessary modifications and amenities, container houses can swiftly transform into functional isolation units. Their durable construction ensures structural integrity, while their modular nature allows for easy transportation and assembly, making them ideal for rapid deployment in emergency situations.
These container-based isolation wards provide a safe and controlled environment for individuals requiring medical isolation. With proper ventilation, sanitation facilities, and medical equipment integration, they offer suitable conditions for patient care while helping prevent the spread of contagious diseases.
| Standard Package Container House Datasheet |
Product Specification:
2.99-meter standard container | Length(mm) | 6055(5840) |
| Width(mm) | 2990(2780) |
| Height(mm) | 2896(2550) |
| Roof | organized drainage |
| Number of floors | ≤3 |
| Design parameters | Service life | 8-10 years |
| Container weight | ≤1.96T |
| Ground live load | 1.8KN/㎡ |
| Roof live load | 1.0KN/㎡ |
| Wind load | 0.8KN/㎡ |
| Seismic degree | 8 |
| Structural | corner column | Galvanized cold rolled section steel, t=2.5mm, H2450X4 pcs material Q235B |
| roof main beam | Galvanized cold rolled section steel, t=2.5mm, L5630X2pcs /L2690X2pcs material Q235B |
| roof sub-beam | Galvanized square steel, t=1.8mm40*60X6 square tubes, radian t=1.8mm 15*30X3pcs square tube material Q235B |
| floor main beam | Galvanized cold rolled section steel, t=2.5mm, L5630X2pcs /L2690X2pcs, material Q235B |
| floor sub-beam | Galvanized square steel t=1.2mm, sub-beam X9pcs square tube material Q235B |
| Angle piece hanging head | 4.2mm steel galvanized stamping welding built-in bucket Angle piece X8 |
| Paint | Graphene Powder spraying (Electrostatic spraying) |
| Roof | Roof panel | 0.5mm thick color steel plate 360 degree bite, color white gray |
| Thermal insulation | 100mm glass thermal insulation foam |
| Ceiling plate | 0.38 thick 831 ceiling |
| downpipe | Four corners of downpipe 50PVC pipe X4pcs |
| Floor | Base | 18mm thick fiber cement pressure plate, density ≥0.8g/cm³ |
| Wall | Thickness | 50mm thick color steel rock wool sandwich board; The outer and inner plates are made of 0.35mm galvanized color steel plate |
| Heat preservation | 75mm thick rock wool, bulk weight ≥90kg/m³, combustion performance is class A non-combustible |
| Color | white gray PE coating |
| Door | Spec(mm) | Width X height =840*2035 high-end door |
| Material | Steel door with paint |
| Window | Spec(mm) | Front window: width X height =1150*1100: width X height =1150*1100; (Standard) Hollow window anti-theft integrated window |
| Frame | Plastic-steel |
| Glass | Ordinary 4+9+4 hollow |
In essence, the adaptability of container houses underscores their significance beyond disaster relief, demonstrating their potential to address diverse challenges, including the urgent need for isolation facilities during health crises.
This table presents the various features and benefits of using container houses originally designed for earthquake relief as isolation wards during health emergencies. It emphasizes their structural stability, adaptability, rapid deployment capabilities, and functional integration, among other key attributes, underscoring their suitability for addressing diverse challenges and supporting community resilience in times of crisis.
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