Type-A Flat Pack Container House Manufacturer
Two-Story Design | Strong Steel Structure | Fast Installation | 20+ Years Lifespan
Flat pack container houses ——Type-A
GS Housing presents Type-A flat pack container houses, a two-story modular home.
Built with high-strength galvanized steel (Q355B) and fireproof rock wool insulation, these prefab homes offer earthquake resistance (magnitude 8), wind resistance (level 12), and a 20+ year lifespan.
Adaptadas a tu proyecto: elige entre diferentes distribuciones y tamaños flexibles, todo ello con la rapidez y la eficiencia de la construcción modular de casas prefabricadas de acero.
Certificaciones: ISO / CE / ASTM / SGS / SASO / GOST-R / UL / BUREAU VERITAS
Application & Advantages
With the ongoing development of the global housing market, container houses, with their multiple advantages, have gradually become a popular alternative housing solution in some developed countries.
1. Cost-Effective
● Low Cost: Compared to traditional housing, container housing offers significantly lower construction and maintenance costs.
● Recycling and Reuse: Utilizing second-hand containers further reduces construction costs while promoting environmental sustainability.
2. Quick Construction
● Prefabricated Structures: Containers are prefabricated, requiring only basic modifications and installation for use. They are particularly suitable for temporary or emergency housing needs.
● Efficient Production and Installation: The components of container housing are produced in factory assembly lines, ensuring a short construction period. GS Housing provides easy-to-install container solutions along with detailed installation instructions, drawings, and videos. For specific projects, engineers can be dispatched to the site for installation guidance.
3. High Flexibility
● Mobility: Container structures can be easily relocated, making them ideal for people who need frequent location changes.
● Modular Design: Containers can be freely combined or stacked based on specific needs, creating diverse and adaptable spaces.
4. Environmentally Sustainable
● Reduced Construction Waste: Compared to traditional construction methods, container housing reduces construction waste by approximately 70% and saves around 50% in energy consumption.
● Resource Reuse: Containers can be reused multiple times without damage, providing a fast and cost-effective solution.
5. Strong Adaptability
● Adaptable to Various Environments: Container housing is well-suited for urban, rural, or remote areas.
● Specialized Applications: Frequently used as temporary shelters in response to natural disasters or emergencies, such as earthquake relief housing.
6. Long Service Life
● Durable and Reliable Structure: Container housing offers earthquake resistance up to magnitude 8 and wind resistance up to level 12. With a service life exceeding 20 years, it also features earthquake resistance, compression resistance, insulation, soundproofing, fire resistance, water resistance, and wind resistance.
| NO. | NAME | SPECIFICATION |
| 1 | Main beam for the top frame | Material: Q355B,t=3.0mm ，Galvanized cold roll steel,Galvanizing amount 275g/㎡ |
| 2 | Main beam for the bottom frame | Material: Q355B,t=3.5mm ，Galvanized cold roll steel,Galvanizing amount 275g/㎡ |
| 3 | Columna | Material: Q355B,t=4.0mm ，Galvanized cold roll steel,Galvanizing amount 275g/㎡ |
| 4 | Secondary beam for the top frame | Material: Q355B,t=1.5mm ，Galvanized cold roll steel,Galvanizing amount 275g/㎡ |
| 5 | Secondary beam for the bottom frame | Material: Q355B,t=2.0mm ，Galvanized cold roll steel,Galvanizing amount 275g/㎡ |
| 6 | Insulation material for the top and bottom frame | 100mm thick rock wool felt with aluminum foil on one side, bulk density ≥60kg/m³, combustion performance is Class A non-combustible; |
| 7 | External wall panels | 50mm thick color steel sandwich panel, with a 0.5mm corrugated galvanized color steel outer layer, a 0.5mm aluminum-zinc color steel inner layer, and rock wool density of 100kg/m³. |
| 8 | Inner wall panel | 70mm thick color steel sandwich panel, with a 0.5mm corrugated galvanized color steel outer layer, a 0.5mm aluminum-zinc color steel inner layer, and rock wool density of 80kg/m³. |
| 9 | Gypsum board | ordinary gypsum board 、 moisture-proof gypsum board、 fireproof gypsum board |
| 10 | Sloping roof | 0.5mm thick V-840 white-gray color steel tile, 2C KZ system, with a zinc coating of 275g/㎡; cornices and columns are made of 0.8mm color steel plate. |
| 11 | Puerta | Black, fireproof for 60 minutes, master key |
| 12 | Ventana | The glass is made of transparent low-emissivity 8lov-e+16A+6+0.76pvd+ coated low-transmittance tempered laminated insulating glass |
| Servicio posventa | |
| 1 | ¿Ofrecéis servicio de instalación a domicilio? Proporcionamos planos y vídeos con instrucciones de instalación muy detalladas para cada proyecto. En el caso de proyectos de gran envergadura, contaremos con personal de instalación y supervisores in situ. La tarifa por el servicio in situ deberá negociarse con los clientes. |
| 2 | ¿Cuál es el plazo de entrega? Normalmente, el plazo de entrega es de 7 a 10 días tras la recepción del pago. En el caso de pedidos grandes, el plazo de entrega deberá negociarse. |
| 3 | ¿Cómo controlar la calidad de tu producto? 1. Calidad del diseño: piensa con antelación en los posibles problemas y ofrece una solución de diseño de alta calidad. 2. Calidad de la materia prima: elige materia prima de calidad 3. Calidad de la producción: técnica de fabricación precisa, trabajadores con experiencia y un riguroso control de calidad. |
| 4 | ¿Cómo abordar los problemas de calidad? La garantía es de 1 año. Durante el periodo de garantía, GS Housing se hará cargo de todos los problemas de calidad derivados de nuestra fabricación. |
| 5 | ¿Tienen sus productos una vida útil definida? En caso afirmativo, ¿cuánto dura? En condiciones climáticas y ambientales normales, la vida útil de la estructura de acero de una casa contenedor es de 20 años. |
| 6 | ¿Qué modelos tenéis para distintos climas (cómo se adaptan los productos a los distintos climas)? Zonas con vientos fuertes: mejorar la resistencia al viento de la estructura interna. Zonas frías: aumentar el grosor de las paredes o utilizar un buen material aislante, y mejorar la resistencia a la presión de la estructura. Zonas con alta corrosión: utilizar materiales resistentes a la corrosión o aplicar un recubrimiento anticorrosivo. |
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