Using a tent hangar for a warehouse. Construction, design and the final result

Are you looking to quickly and effectively set up a warehouse? A tent hangar is a flexible option that is becoming more and more well-liked across a range of industries. In comparison to conventional brick-and-mortar warehouses, tent hangars offer flexibility and cost-effectiveness for both temporary and semi-permanent storage needs. These buildings are made to be both easily assembled and disassembled when needed, and they offer plenty of space.

A tent hangar is usually constructed with a strong aluminum or metal frame that is covered in long-lasting fabric. Because this fabric is specifically designed to withstand a range of weather conditions, you can be sure that your goods will stay safe from the elements. Compared to permanent structures, the design often requires less groundwork, allowing for a speedy installation that can save a significant amount of time and money.

There are a number of considerations when organizing the building of a tent hangar. The amount of space you need and your storage requirements determine the hangar’s size. The majority of suppliers provide customizable options to meet particular needs and measurements. Take into account the terrain and any ground preparation required for installation. Although tent hangars can be erected on a range of surfaces, longevity and optimal performance depend on a level and stable base.

A tent hangar offers a roomy and useful storage space once it is set up. The interior can be set up with shelves, pallet racks, or empty space based on how much storage and how you plan to use it. A comfortable working environment is created inside by natural lighting coming from the fabric and ventilation choices, which improve accessibility and productivity for logistics and inventory management.

Selecting a tent hangar for your warehousing requirements presents a sustainable alternative in addition to useful benefits. In contrast to traditional construction methods, these structures can be disassembled and relocated with little environmental impact because they are frequently recyclable. A tent hangar is a flexible solution for contemporary businesses, whether it is utilized for expanding operations, seasonal storage, or as an affordable substitute for permanent warehouses.

Quickly erected tent warehouses

Buildings made of frame were actively being constructed as early as 1990. Since then, a large number of engineers and architects have actively developed and applied this construction technique across Russia. Germany and Japan saw the biggest increases in the use of prefabricated tent warehouses during that period. Eventually, North America and the Scandinavian nations started to use them.

Quickly erected tent warehouses: features

Traditional concrete and stone buildings were supplanted by tent warehouses because technology allowed for cost and time savings without sacrificing quality. PVC-coated warehouses are a great substitute for a lot of other options. They provide solutions for urgent issues like the scarcity of agricultural and industrial space.

The extremely light structures that make up the warehouse frame. On site, they are rapidly put together using bolts or self-tapping screws. A welding machine is used occasionally. A hangar like this can be built by even the most novice. Construction experience is not a requirement; the key is to approach the process correctly.

Why tent warehouses are needed

Tent warehouses are a great way to support the nation’s overall economic expansion. The reality is that more space is urgently needed for the sectors engaged in the goods and services market. To ensure smooth and profitable operations, current production capacities—including territorial ones—must be expanded.

Tent hangars are a great choice when building with a scheme that can be quickly assembled. Both large and small businesses can use it. The development of commercial and agricultural areas boosts labor productivity. Structures that are quickly built adhere to rules and specifications.

Types of warehouse hangar coatings

A thin foundation is used to install the structure. The smallest hangars can be installed straight onto a patch of asphalt. The frame itself is simple and quick to assemble. However, the choice of coating depends on how the property will be used going forward.

Cold for unheated

A single-layer tent coating is made if the purpose of the arrangement is to create a seasonal room without the need for thermal insulation. The polyester fabric, coated on both sides with PVC, serves as the foundation for the awning material. This awning is dependable and long-lasting. It possesses the following qualities:

• Resistance to chemical influences, including resistance to gasoline and oil;
• Waterproof;
• Does not support combustion and does not ignite;
• Impactful to high temperatures and sudden temperature changes.

You can select an appropriate finish and an array of colors and shades for the awning. Choose a fabric that lets in light to create natural lighting. Because they don’t require the use of heating systems or other extra components, cold hangars are cost-effective. It is simple to install and relocate the design.

Warm coating for heated

An innovative "flexible sandwich" technology is used to insulate hangars for year-round use. High levels of thermal insulation and repairs are possible with this kind of shelter in any season. The warm covering’s characteristics for heated rooms are referred to as:

• tightness;
• maintaining the optimum temperature inside the room;
• absence of cold bridges and freezing of walls;
• quick installation.

Types of metal frames for warehouse tent hangars

Depending on the kind of metal frame, design choices are based on a number of options:

• Arched. Semicircular structure on support arcs made of metal and connected to the foundation body. Arched metal frames are used for hangars up to 40 m in length and 12 m in height. The pitch of the arches is calculated at the design stage.
• Straight-walled. The tent covering is made of synthetic materials. The peculiarity of this type of hangar is that it can be erected in length and width of arbitrarily large values.
• Hipped. The beams-arches are fastened to each other with hinged joints. Additional rigidity is created by transverse struts and purlins. Wind ties are installed in the horizontal and vertical plane for greater rigidity and reliability. The walls are made at an angle to provide additional space inside the warehouse.
• Polygonal. Objects are erected up to 50 m wide and 15 m wide. Arched frame elements fit into an ellipse as flat lattice joints. I-beams can be used. Elements are fastened with high-strength bolts. Pile or columnar elements are installed for the foundation.

Advantages and disadvantages of prefabricated tent warehouses

Among the advantageous attributes, one can observe:

• fast method of construction and installation;
• no need to make a capital base in the form of a foundation;
• high degree of transmittance of sunlight;
• resistance to corrosion;
• durability;
• mobility;
• ease of execution with the possibility of decoration.

Among the disadvantages, it is possible to note:

• short service life;
• cannot be erected in seismically dangerous areas and near rivers and reservoirs;
• complex ventilation installation.

Stages of construction of a tent hangar for a warehouse

The building of a tent hangar usually occurs in multiple phases.

Design

Using geodetic and engineering tests, architects and engineering appraisers evaluate the region. This is required to gather information about the relief, soil composition, and climate characteristics that will affect the future structure. Special tools, such as software with different levels of complexity, are used in the process of design.

The building’s intended use is considered, and options for insulation and finishing are worked out. After the customer and the manufacturer agree on the project, an application is sent to the factory where the structures are made.

Selection and preparation of the site

The future building’s precise location is chosen, and its height, length, and slope are established. The standards dictate that indentation indicators from boundaries, fences, and other objects should be at a specific distance from one another. These indicators are computed. The excavated soil is prepared, shifted, and positioned within the embankment.

Foundation

The foundation is laid depending on the needs of a particular area. It is possible to use a strip, slab, columnar or mixed type of foundation. Pouring occurs with strict observance of the horizontal along the entire perimeter. Reinforcement is used in this case.

Installation

Direct preparation of the arch takes place on the building site. After assembling the basic structures, the upper and side elements are connected. Three to five blocks are mounted together. A truck crane assembles them into a single structure. The roof, walls, and frames are put in place. The walls are concreted to increase rigidity, and everything is secured with bolts and welding.

Commissioning

The hangar is put into use once all construction has been finished and it has been brought to the state specified in the contract. The customer or his proxy representative is present when this is being done. The contractor, the state oversight agency, and trade unions if needed are also present.

Price and timing of all work

It might take three weeks to have a hangar that is operational, depending on how complicated the project is. The construction process could take up to six months if the building is for trade, logistics, warehousing, industrial, or agricultural uses. Erecting a capital structure would take a lot longer than the construction process.

The intricacy of the project and the order’s own urgency determine how much construction will cost. Small hangars are inexpensive and easily constructed. Insulated volumetric structures will cost many times more.

For a variety of storage requirements, using a tent hangar as a warehouse can be a useful and affordable solution. When compared to conventional warehouses, these structures are distinguished by their adaptability and comparatively quick construction. Their transient nature, which makes relocation or expansion simple as business needs change, is a major benefit. Tent hangars are made of a strong frame covered in a long-lasting fabric that maximizes interior space while offering weather protection.

A steel or aluminum frame that supports the fabric cover must be assembled as part of the tent hangar construction process. The safety and integrity of the warehouse contents are guaranteed by this frame’s construction, which is designed to withstand wind, snow, and other environmental conditions. In order to maintain a stable internal environment ideal for storing concrete and other materials sensitive to moisture and temperature changes, the fabric cover is frequently made of high-quality materials that offer UV resistance and weatherproofing.

Tent hangars can be tailored from a design standpoint to meet particular storage needs. They provide large clear spans and heights that make it simple for materials and equipment to move around the warehouse. Operational productivity can be increased by optimizing internal layouts for effective storage and retrieval procedures. Furthermore, some fabric covers’ translucent quality can lessen the need for artificial lighting during the day, which could result in energy savings.

A flexible and cost-effective storage solution that satisfies industrial standards is what is ultimately achieved when a tent hangar is used as a warehouse. These structures are easily erected by businesses to accommodate sporadic inventory fluctuations or last-minute storage needs. Additionally, the modular design makes it simple to expand or disassemble without requiring a lot of building work, making it a sustainable solution for long-term storage needs in the concrete industry and other sectors.

The conversion of a tent hangar into a useful warehouse requires meticulous preparation and execution. This article examines the construction process, taking into account design factors and the project’s final results. Through a detailed examination of the process from setup to completion, readers will acquire an understanding of how these adaptable structures can efficiently fulfill warehouse requirements. Ensuring structural integrity and choosing appropriate materials are just two of the many steps involved in executing a successful warehouse conversion. Tent hangar warehouse solutions can be made efficient and affordable by knowing the construction dynamics, whether the goal is to maintain environmental conditions or optimize space utilization.

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