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Hello there! We are CubiNest, a leading container house manufacturer in China.
We specialize in OEM Container House manufacturing and are committed to delivering superior quality. Our focus is on providing clients with high-value solutions that enhance project outcomes.
We pride ourselves on our state-of-the-art production capabilities. Our fully automated welding and coating lines ensure top-tier quality for our container houses. This means a streamlined process for our clients, from initial contact to final product delivery, ensuring world-class finishes every step of the way.
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Your Comprehensive Guide to Purchasing A Container House
Table of contents
Chapter 1
How to choose reliable container house suppliers in China?
Well-equipped: Look for container house suppliers who have a well-equipped manufacturing facility. This not only ensures the quality of the products but also their ability to meet your demand.
Efficient Logistics: A container house supplier with efficient logistics can offer competitive transit times and pricing. This ensures that your products arrive safely and on schedule, reducing your overall project timeline.
Competitive Pricing: Container House Suppliers who can leverage economies of scale can offer lower raw material costs. This makes them an economical choice without compromising on quality.
Global Reach: Container House Suppliers who have a global reach and have completed projects in various countries are usually more reliable.
Applications Across Industries: Container House Suppliers who have experience across various industries are usually more adaptable and reliable.
Chapter 2
The differences between different styles of container houses?
Normally there are 4 famous styles of container houses in the market.
Expandable Container House: This style is designed for flexibility. It can be expanded to create more space, making it a great choice for those who need a versatile living or working area.
Flat Pack Container House: This style is designed for easy transportation and assembly. It can be packed flat, which makes it easier to ship multiple units at once. Once it arrives at the destination, it can be quickly assembled.
Detachable Container House: This style is designed for convenience. It can be easily detached and moved to a new location if needed. It’s a great choice for those who need a mobile solution.
Folding Container House: This style is designed for easy storage and transportation. It can be folded up when not in use, making it a space-saving solution.
Chapter 3
What is the general load on the roof and ground of a container house?
In the B2B sector, especially when dealing with products like container houses, understanding the load-bearing capabilities is crucial for safety, compliance, and customer satisfaction. Here’s a detailed breakdown focusing on both live and dead loads, and how they relate to material structure in container houses.
Live Load Definition: Live loads are temporary or movable loads. In container houses, these include furniture, people, and any movable objects.
General Live Load Values:
Roof: Typically ranges from 20 to 40 pounds per square foot (psf), considering snow load or maintenance activities.
Floors: Generally around 40-50 psf to accommodate furniture and human activity.
Dead Load Definition: Dead loads consist of the weight of the structure itself, including walls, fixed installations, and the container’s frame.
General Dead Load Values:
Roof and Floor: Depends on the construction materials. For instance, steel-framed structures may have a dead load of around 10-20 psf.
Material Structure Relationship Steel Frames: Containers are typically made of high-strength corrugated steel, which provides significant load-bearing capacity. The corrugation design enhances structural integrity against both live and dead loads.
Reinforcements: In cases where additional live load capacity is needed (e.g., heavy snow regions or rooftop gardens), structural reinforcements can be added.
Flooring Materials: The choice of flooring material (e.g., plywood, composite) also affects the dead load and can influence the live load capacity.
Roof Design: Flat roofs require more attention to live loads (like snow), whereas pitched roofs help distribute these loads more efficiently.
Key Considerations Local Regulations: Always align with local building codes which may dictate specific load requirements.
Environmental Factors: Consider the climate and environmental conditions, like snowfall or seismic activity, as these impacts live load considerations.
Customer Needs: Understand the specific use-case scenarios of your customers. For instance, if the container house is intended for regions with heavy snowfall, the roof’s live load capacity must be higher.
Chapter 4
How many floors can a container house generally be stacked in?
Stacking Potential of Container Houses: Understanding Limitations and Possibilities In the realm of modular housing, particularly for businesses like CubiNest that deal in container houses, understanding the stacking potential is crucial. This not only ensures structural safety but also expands the possibilities of your product offerings. Here’s an overview of how many floors container houses can generally be stacked:
Standard Stacking Capacity Basic Rule:
Typically, container houses can be safely stacked up to 2-3 levels high without significant structural modifications. This is a testament to the inherent strength of shipping containers.
Design Considerations:
The design of each level, especially how containers are interconnected, plays a crucial role in the overall stability of multi-story structures.
Structural Integrity and Reinforcement Frame Strength:
Shipping containers are designed to carry heavy loads. Their steel frame and corners are particularly strong, allowing them to be stacked safely.
Reinforcement for Higher Stacks:
For structures going beyond 4-6 levels, additional structural reinforcement is often necessary. This can include steel reinforcements, particularly in load-bearing areas and joints.
Factors Affecting Stacking Height Building Codes and Regulations:
Local building codes may have specific restrictions or requirements regarding the maximum height of container structures.
Purpose of the Structure:
Residential structures might have different requirements and limitations compared to commercial or industrial structures.
Foundation Strength:
The foundation must be designed to support the cumulative weight of stacked containers.
Environmental Considerations:
In areas prone to high winds, earthquakes, or heavy snow, the maximum safe stacking height may be lower.
Chapter 5
How to make foundations for different container houses?
In the business of modular and container housing, like CubiNest, providing foundational solutions tailored to different types of container houses is crucial. It enhances the durability and stability of the structures, a vital aspect for your B2B clients such as procurement officers, builders, and construction contractors. Let’s delve into the types of foundations suitable for various container houses:
1. Pier Foundation
Suitable For: Single or few containers.
Structure: Consists of concrete piers or blocks placed at strategic points under the container.
Benefits: Cost-effective, minimal ground disturbance, suitable for uneven terrain.
Application: Ideal for temporary or movable container houses.
2. Strip Foundation
Suitable For: Multiple container structures, especially when lined in a row.
Structure: A continuous strip of concrete laid below the perimeter of the containers.
Benefits: Provides uniform support, good for level ground, better load distribution.
Application: Best for permanent installations, residential or office spaces.
3. Slab Foundation
Suitable For: Large, multi-container projects.
Structure: A solid slab of concrete laid over the entire area where the containers will sit.
Benefits: Strong, stable, and offers excellent support for heavy loads.
Application: Ideal for permanent, large-scale commercial or residential projects.
4. Pile Foundation
Suitable For: Areas with unstable soil, coastal regions.
Structure: Deep piles or columns driven into the ground to reach stable soil layers.
Benefits: Exceptional stability, suitable for soft or problematic soils.
Application: Perfect for challenging terrains where other foundations are not viable.
5. Raft Foundation
Suitable For: Large-scale developments, soft soil conditions.
Structure: A thick concrete mat that covers the entire footprint of the container structure.
Benefits: Distributes weight evenly, and prevents differential settling.
Application: Useful in areas with poor soil quality or where a large footprint is required.
6. Screw Pile Foundation
Suitable For: Environmentally sensitive sites, temporary structures.
Structure: Steel piles screwed into the ground.
Benefits: Minimal environmental impact, quick installation, easily removable.
Application: Ideal for sites where traditional digging is not permitted or practical.
Conclusion
Each foundation type offers unique benefits and is suited for different scenarios. Normally the 1. Pier Foundation is the most people used for container houses.
