Introduction
What Is a Sand Salt Storage Building?
Sand salt storage buildings are buildings specially used to store sand salt materials. Sand and salt storage buildings come in various forms, including but not limited to sand salt sheds, sand salt domes, and sand salt barns. Each of these buildings has its unique structural and functional features, capable of meeting storage needs in different scenarios.
Why Choose a Sand Salt Storage Building?
Structures of Sand Salt Storage Buildings
Dome Shaped Structures
Dome shaped structures are the most common structural form of sand salt storage buildings. It adopts a continuous arch frames. This structure is not only beautiful, but also shows many advantages in the storage of sand and salt piles.
The structural strength of dome shaped structure is high. Because they use advanced arch structures. Compared with vertical walls, arch structures improve their structural strength and can disperse wind and snow pressure more effectively. This allows this structure to withstand weather conditions and the pressure of heavy objects, ensuring the safe storage of sand and salt materials.
The interior of the dome-shaped structure features a column-free design, maximizing space utilization. This makes it more convenient and efficient to store sand salt piles. The innovative hoop design allows for rapid assembly on various surfaces, including gravel, concrete, and containers.
Dome shaped structures can be flexibly customized according to actual needs. Whether it's for small-scale storage requirements or large-scale industrial storage, there is a structure of the right size available.
Polygon Shaped Structures
A polygon shaped structure is made up of two connected parts: the top features a polygon-shaped roof that gradually narrows and closes. The bottom consists of tall, vertical walls. This design solves the problem of dome-shaped structures having limited height due to the lack of raised walls.
Since the roof slopes at different angles, polygon shaped structures typically use a rigid frame system made of multiple straight beams. This setup allows for easy maintenance-damaged beams can be replaced individually without taking apart the whole structure.
Another key advantage is the open, column-free interior, which provides plenty of space for forklifts and trucks to move in and out for loading and unloading materials like sand and salt. The structure also follows a modular design with a limited number of parts and a straightforward assembly process, making it easy for beginners to set up and take down quickly.
Peach Shaped Structures
The peach shaped structure has an iconic heart-shaped appearance, a 25° roof angle and a curved column structure. The specific roof angle lowers the center of gravity of the structure and provides a high degree of stability. Its interior space without internal support poles also increases the usable interior space compared to traditional storage buildings.
In addition, the structure also adopts a modular design to ensure fast construction and reduce the impact on the original site.
Materials of Sand Salt Storage Buildings
The selection of building materials for sand and salt storage is directly related to the performance, durability and economy of the storage building. Next, we will explore in depth the application of materials in sand salt storage buildings.
Fabric Material
Fabric materials are lightweight and flexible, allowing them to quickly adapt to different terrains and environments, and set up storage space rapidly.
Moreover, fabric materials can be customized according to the specific shapes and sizes of sand and salt piles, so that storage space can be used most effectively.
At the same time, fabric materials are specially treated to resist the erosion of sand salt and extend their service life. This not only ensures the purity and dryness of the stored materials, but also avoids pollution problems caused by corrosion.
Additionally, fabric materials have good air permeability, which helps reduce moisture accumulation inside the storage space, lowering the risk of sand salt materials deteriorating due to dampness.
Also, since the material is lighter, it's more affordable, making it a budget-friendly and most popular option.
Steel Material
Steel can resist the erosion of the external environment, such as wind, rain, snow pressure and sun exposure. This strong and durable feature ensures the structural stability and long-term service life of sand salt storage buildings.
Since sand salt and humid environments may cause certain corrosion risks to steel. Therefore, appropriate anti-corrosion measures need to be taken to extend its service life. Common anti-corrosion methods include hot-dip galvanizing, spraying anti-corrosion coatings, etc.
In addition, the thermal conductivity of steel is high, which may cause large internal temperature fluctuations under extreme climatic conditions. Therefore, when designing and constructing sand salt storage buildings, appropriate insulation and heat insulation measures need to be considered to ensure the stability and safety of the stored materials.
What's more, the manufacturing and processing materials and labor costs of steel are high, so the overall cost of sand and salt storage buildings made of this material is the highest.
Wood Material
In sand salt storage buildings, wood can be used to construct frames, walls, and roofs, providing certain structural support and protection for the storage space.
In addition, wood has good thermal insulation properties, which can reduce internal temperature fluctuations to a certain extent. This is a favorable factor for sand salt storage buildings. Because stable temperatures help keep the stored materials dry and pure.
In terms of environmental protection and sustainability, wood is a renewable resource that can be recycled through felling and replanting. At the same time, the waste generated during the processing and construction of wood is relatively small, and the impact on the environment is relatively small.
However, untreated wood tends to absorb moisture from the sand and salt, which can cause the structure to warp and rot. As a result, it requires regular maintenance. While the initial cost is between sand salt storage buildings made of steel and fabric, the long-term costs can be higher due to ongoing maintenance needs.
How Much Does a Sand Salt Storage Building Cost?
How to Choose a Sand and Salt Storage Building?
When selecting a suitable sand and salt storage building to ensure it meets storage needs and performs well, you need to focus on the following aspects:
- Building Materials: Choose corrosion-resistant, wear-resistant, and long-lasting building materials such as high-strength aluminum alloy, galvanized steel as frames, and waterproof PVC or polyethylene as covering materials.
- Structural Stability: Ensure the building structure is solid and able to withstand harsh weather conditions like strong winds, heavy rain, and heavy snow.
- Building Scale and Size: Choose a building of the appropriate scale and size based on storage needs to ensure there is enough space for sand and salt piles.
- Design and Customization: Consider the building's exterior design and its coordination with the surrounding environment, while ensuring the building can be customized to meet specific storage needs and brand identity requirements.
- Installation and Maintenance: Select a building that is easy to install and dismantle to reduce construction time and costs, and consider the ease of maintaining the building to ensure long-term convenience.
- Durability and Waterproofing: Ensure the building has good durability and waterproof performance to protect sand and salt piles from rainwater and other environmental factors.
