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Why Should Us Choose Tension Fabric Structures Replace with Traditional Buildings?

November 10,2019

Why Should Us Choose Tension Fabric Structures Replace with Traditional Buildings?

From commercial industries such as construction and aerospace to industrial mining and arctic exploration, fabric structures have some significant advantages over bricks and buildings. In addition to providing long-lasting shelter and space for operation or storage, fabric construction is superior to conventional structures because of the reduced cost, efficiency, and portability of these general-purpose structures.

Industrial and commercial operations can understand the following advantages of tension fabric construction when comparing fabric construction to conventional construction:
• Portability
• Versatility
• Maximum available space
• Shorten construction time
• energy efficiency
• Durable and corrosion resistant

1. Portable architectural design

Fabric structures are more portable than physical buildings and are easily repositioned and transported from one site to another. The basic requirements for fabric construction are very low. These structures can be quickly and easily installed on virtually any level of surface, including precast or cast-in-place concrete, timber platforms, piles, spirals, and more. Fabric construction can even be installed on existing permanent foundations and then removed for relocation.

2. Fabric structure designed for versatility

Fabric construction is used as a vehicle maintenance facility.
The variety of products and sizes offered by fabric buildings make them incredibly versatile and suitable for almost any application. They can be used not only in any climatic conditions for decades - even extreme conditions and weather conditions such as high winds and heavy snow loads - they are effective buildings for a variety of common and unique commercial and industrial uses. BDiR Tensile Structures fabric construction is ideal for storage and warehousing, vehicle maintenance facilities, modular office buildings, modular buildings for labor housing and camp systems, Arctic exploration and research facilities, and even mobile hangars.

3. Clear span structure maximizes internal available space

The fabric construction of the BDiR tensile structure acts as a sports field. The apparent span design of our engineered fabric structure means that there are no internal columns, columns, columns or beams. The high ceilings and the barrier-free design inside the fabric building maximize the available space. If the building is used for warehousing, there is plenty of room for storing oddly shaped equipment or machines, such as helicopters or crushing equipment, in addition to more stacking space. The absence of internal struts or columns in the fabric building also creates the greatest space for operational use.

4. Engineering fabric buildings reduce construction time

Traditional construction projects usually take months or years to complete. Since the construction of the tensioned fabric construction involves much less material and because the structural design facilitates quick and easy setup, the fabric construction of the BDiR tensile structure requires less lead and construction time.
When your building takes days rather than weeks, months or years of construction, your construction time and costs will be significantly reduced. Using fabric construction, there is an additional advantage that you can run your operations faster to take advantage of this efficiency.

5. Improve energy efficiency through prefabricated structures

Natural light illuminates the fabric building.
The prefabricated structure of BDiR Tensile Structures is more energy efficient than physical buildings. Our fabric construction can be equipped with our proprietary environmental control unit to provide ideal climate control and optimized energy consumption.

6. Fabric construction designed for durability
Engineered fabric construction provides greater strength to withstand heavy snow and wind. BDiR Tensile Structures' fabric construction frame systems are high-strength galvanized steel or aircraft-grade aluminum for applications that require a lighter design. Galvanized steel and aluminum frames are treated to resist corrosion. An optional powder-coated frame enhances corrosion resistance and prevents the storage of rust, oxidation, moisture, waves or corrosive materials. Our fabric membranes are designed for longevity and durability. They are UV stable and can be exposed to high solar loads for long periods of time, resistant to mold and mold, and not rot.

7. Fabric buildings are subject to heavy snow loads.
Long life and durability are key advantages of BDiR Tensile Structures fabric construction. Our building solutions have been independently tested and validated for proper design and construction and have been field proven to withstand extreme weather and weather. In addition, our fabric construction is designed to meet or exceed local and regional building codes to provide additional reliability as a durable shelter and/or operating facility.

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Tensile Structure Installation Steps

November 10,2019

Tensile Structure Installation Steps

The first step:  Primary Design

designing a tensile fabric structure from site visit or detailed review of photographs where the structure will be located. 

Per the site location and client requirements, we design the optimal roof form which suits the aesthetics and engineering requirement, while keeping in mind the client’s budget. In the case of a reskin or roof replacement, we evaluate the structural elements to define what can be recycled and what needs to be replaced, as well as
location and set up for a 3D survey.  When working with existing structure components, a 3D survey is always required.  

The second step:  Design and Engineering Review

The design review process begins with input from engineering and construction to ensure efficiencies throughout the project. Then, initial conceptual sketches are sent to the client for input and initial approval.  In the final stage we create a 3D design package so the client can easily see the structure before it is built. Upon approval, a components list is created; patterning and shop drawings are drafted; and the fabrication and assembly process can begin.

Step three: Production Process

Includes procurement, fabrication and assembly.  Most metal components of the tensile structure are custom pieces.  Precision production requiring laser cutting, shaping and welding take place, forming the tensile structure’s components.  The metal surface coating is determined during the design phase based on corrosion control, client requirement and application. The finished steel components are sand blasted and prepared for galvanization, epoxy or custom powder coated paint. The cables system, turnbuckles, bolts, fasteners and tensioning components are specified during the design phase, procured or fabricated (if custom) as required, and assembled in a quality controlled environment.  

The membrane weight, color and characteristics are determined during the design phase.  There is a wide selection of fabrics available.  Engineering requirements, in conjunction with the client’s requirements, will help determine the best recommendation for the structure.  Membrane is fabricated in an IAFI production
facility with skilled workers utilizing high quality RF welding machines. The temperature and heat welding process are based on the membrane selection, sub scrim and the membrane manufacturer’s best practices.

Membrane Fabrication is very important because the look of structure depends on the patterning and shaping that occurs at this time. Throughout this fabrication process, patterning, weld strength, assembly order (and accessories) and systems that integrate within the membrane (pockets, grommets, rings and reinforcements), are routinely checked for compliance.  All patterned sections are pieced together on structural RF welding systems and the final quality check is complete.  The membrane can be folded in a variety of methods determined by the construction methodology to accommodate the easiest and most economical installation. Upon completion, roof panels are packaged in special PE bags, a complete bill of materials is developed and the components are prepared for loading and shipping.


The fourth step: Construction

Throughout the process a project manager works with the client to coordinate the other trades on site, including any concrete foundation work.
Fencing, equipment and staging area will be pre‐determined and crew will mobilize to the site to receive the material.  An experienced crew will work to complete any tear down
work (if an existing structure is present) or begin installing the frame work of the new structure.  The membrane will be added once the substructure and cables are complete,
laid out in its pre‐determined packaging and unfolded on the structural system.  Both compression and tension are used during the erection process.  In this phase, close
attention is paid to wrinkles in fabric.   By ensuring correct tolerances on the tensioning system and equaling stress across the entire structure, an even tension and finish are successfully completed.  

LEES VERDER

About BDiR Inc.

October 12,2020

About BDiR Inc.

BDiR Inc. was established in 2008, located in Shenzhen, China. As the leading manufacturer, supplier, trader and wholesaler provider of Tensile Structures. We are engaged in offering a complete turn-key solution for all our customers needs.  We offer design, installation, fabrication and maintenance services for all types of Tensile Structures. 

With 10 years of experience in the tensile membrane structures industry, we have successfully designed, manufactured and installed thousands of high quality tension membrane construction projects in 37 countries around the world. We have 0 fault structure in our projects over the past 10 years. The tensile fabric structures used as roofing / canopy / shade / sail / marquee for sports facilities, transportation facilities, cultural facilities, landscape facilities, commercial facilities, sewage treatment canopy, biogas storage tanks, Air membranes structures, membrane structure hotels, Geodesic Domes etc. Our structure complies with local and international wind and snow load standards. We will never  take risks when we provide our customers with a tensioned membrane structure that meets the wind and snow load requirements of each region or country. 

We have a wide selection of standard tensile Fabric  structure databases to offer you a choice. For customers looking for a more innovative custom design structure, we can design, engineer, manufacture and install custom stretch structures for you. We offer a full range of services from concept design to fabric structure project implementation.

If you have an idea you want realized, give us a buzz, you may be pleasantly surprised of what we can achieve.
 

LEES VERDER

Why Should Us Build a Car Parking Shade Tensile Structure?

November 10,2019

Why Should Us Build a Car Parking Shade Tensile Structure?

Why build a Car parking shed tensile structure? What is the production process of the parking shed? Here is the answer from BDiR: the reason for the construction of the Car parking shed tensile structure and the production process.

First, why should we build a Car parking shed tensile structure?

Then why do you want to live in the house? You think that the car has no life. Do you know that if the car is blowing in the sun and rain, will it be more than twice the original use period? It is like a car you originally used. It can be used for 10 years. There may be less than 3 years of use in the wind, the sun and the rain. Don't forget that the structure of the car is steel, and oxidative rust is inevitable, even if the advanced car is just the same. You can't see the naked eye inside, don't forget that the rain is acidic, it will speed up the erosion, the sun is also very scary, it will age, the wind is also the wind, it will erode, and the parking shed can not only Wind and rain, you can also block high-altitude parabolic!

Reasons for building a Car parking shed tensile structure and the production process

Second, what is the production process of the parking structure of the membrane structure?

So, how should it be divided into different categories is the decision to adopt the Shenzhen film structure carport production process? I think it can be started from the following aspects: First, the geographical location of the carport is accurate. The delineation of the carport is recognized as the promotion of the theme of the entire community environment. It is to properly handle the relationship with the property and land authorities. Second, it is necessary to proceed from the desire to build a harmonious community. After the coordination with other owners, it is necessary to further develop The construction plan; the third is to pay attention to the addition of membrane structural materials, play a supporting role of new material technology.

In the future, the material that is dominated by the information industry is a new era of application. It is a new idea to start energy saving and reduce emissions. It plays a powerful era of music and perfects the details of the programming platform. We pay attention to all aspects of the film structure carport production process, and we will get it in a longer period of time. Prepare the necessary information. Establishing a long-term mechanism of fair coordination and operational coordination requires us to further improve and improve with the help of existing platforms. When we humbly accept the suggestions of other owners of the community and put them into practice, it is the complete transformation of our Yunnan membrane structure carport. Time.

Building a harmonious community of environmental protection, economy, pragmatism and efficiency requires us to cut through the process of perfecting the membrane structure of the carport. It is an opportunity to seek to have an intrinsic affinity. It can be to further create the necessary conditions and search for those. The main material with special functions will go all out to build a compact and functional membrane structure carport as the ultimate project goal. When this vision is gradually implemented, it is achieved, and the quality of our own ability is that there is a great degree of leap.



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