Steel Structure Prefab Container House Eco Friendly Hot Dip Galvanized

Product Overview:
Prefabricated container houses are modular building systems built with international standard shipping containers as the basic modules and industrial design and intelligent manufacturing technology. The product adopts a high-strength weathering steel structure frame, combined with a high-performance composite enclosure system, to achieve a modern building solution with a factory prefabrication rate of more than 95%.

Technical parameter system
Structural system

Main frame: Q345B high-strength steel, hot-dip galvanized

Connection system: Patented seismic node, meet the requirements of 9 degrees of fortification

Stacking capacity: up to 6 layers vertical combination, safety factor 2.5

Load standard: floor live load 3.0kN/㎡, roof snow load 1.5kN/㎡

Enclosure system

Wall structure: 200mm sandwich composite panel, heat transfer coefficient 0.18W/(㎡· K)

Fire resistance: Grade A fireproof material, fire resistance limit 120 minutes

Sound insulation index: air acoustic sound insulation ≥ 50dB, impact sound insulation ≤ 65dB

Durable design: fluorocarbon sprayed surface, salt spray resistance test for 5000 hours

Core technical advantages
Build efficiency revolution

The prefabrication stage of the factory completes 92% of the workload

80% faster on-site installation

A single module completes the lifting and positioning in 4 hours

30 days to deliver a fully functional complex

Green sustainability

Material recycling rate: 98% for steel, 85% for other materials

Construction waste reduced by 90%

70% reduction in carbon emissions (compared to conventional buildings)

Can be reused more than 15 times

Intelligent integrated system

Photovoltaic building integration: power generation power of 250W/㎡

Rainwater collection and utilization: 45% water saving efficiency

Intelligent environmental control: 99.5% PM2.5 filtration efficiency

IoT management platform: real-time monitoring of energy consumption and equipment status

Application scenario configuration
Permanent building applications

Educational facilities: modular classrooms, laboratories, libraries

Medical buildings: community clinics, specialist outpatient clinics, rehabilitation centers

Commercial space: brand flagship stores, office headquarters, exhibition centers

Residential buildings: talent apartments, elderly care communities, vacation villas

Special scene customization

Polar research station: -50°C ultra-low temperature environment is applicable

Offshore platform: C5-M class anti-corrosion treatment

Data center: precision air conditioning and electromagnetic shielding systems

Emergency command center: self-sustaining energy for 7 days of uninterrupted operation

Service system
Design consulting: BIM full-professional collaborative design

Manufacturing: intelligent production line, monthly production capacity of 500 TEUs

Logistics and transportation: Global sea freight network support

Installation service: Professional team responds 24 hours 7×

O&M support: IoT remote monitoring and maintenance

Value embodiment
Economic value

The comprehensive cost is reduced by 35-50% compared with traditional buildings

Capital turnover cycle shortened by 60%

40% increase in land utilization

Residual value rate maintains 70% (after 10 years of use)

Social value

Emergency response: 72-hour rapid deployment capability

Urban renewal: Temporary functions are seamlessly connected

Rural revitalization: Rapid implementation of industrial support

Educational equity: Schools in remote areas are being built rapidly