Thanks to optimal engineering and design, the explosion-proof modular structures (BRMs) are made reliable and cost-effective products. These BRM units can be used at all critical points where there is a risk of explosion or attack. Thus, It appeals to both civil and military customers. Our modules are designed and manufactured to resist extreme pressure incidents from 1 PSI (0.06 BAR) to 50 PSI (3.44 BAR) and to offer safe heavens in case of disasters. Some features of explosion-proof module structures are as follows;
- Customizable interior and exterior design,
- Adjustable design according to explosive load,
- Large facilities can easily be formed by combining modules,
- It can be easily moved from the region where it was established to another region,
- Resistance to various weapon ammunition such as rockets, mortars, bullets,
- watertightness,
- Resistance to all extreme weather conditions,
- fire resistance,
- Services such as Electricity, water, etc., are not affected by the explosion effect.
FREQUENTLY ASKED QUESTIONS ABOUT EXPLOSION-RESISTANT BUILDINGS
1. What material are Explosion Proof Modular Structures made of?
In this type of structure, standard structural steel is used. The typical structure of explosion-proof modular buildings consists of specially designed structural steel walls that are resistant to high burst pressure. Steel is a robust and reliable material with blast resistance. Explosion-proof modules made of structural steel plates and structural steel columns are professionally produced by HARDSHIELD to overcome the strongest burst pressure through special engineering and design.
For more information: https://www.hardshieldbrm.com/blog-patlayan-dayanikli-moduler-yapilarda-celigin-onemi
2.What are the areas in which BRMs are used/deployed?
Explosion-proof modular structures are mainly used and deployed in industrial and civilian regions, as well as BRMs are deployed constantly in military and defence installations. General usage areas;
- Petrochemical plants,
- Gas, oil and chemical storage facilities,
- Nuclear facilities,
- Power supply facilities,
- Military facilities,
- Control and surveillance facilities,
- Used in different fields such as all critical facilities.
3. How Hardshield BRMs compete?
Our explosion-proof modules are more advantageous in many ways. HARDSHIELD offers many solutions in this field while prioritizing;
- quality,
- speed
- reliability.
- It guarantees economical solutions.
First of all, our products do not require special material, armour, equipment, etc. Thanks to our own designs, production is made according to the need from standard structural steel materials. Also, in critical facilities, constructing a new explosion-proof building, or strengthening an already existing structures to be blast-proof is a very risky and costly process. Construction of traditional blast-resistant structures within a hazardous site may increase the risk of explosion. Moreover, it demands a lengthy closer time where general activities are ceased. This can bring huge financial losses. Meanwhile, HARDSHIELD BRMs are manufactured in our facilities and are shipped and installed quickly in any desired location.
For more information: https://www.hardshieldbrm.com/blog-patlayan-dayanikli-moduler-yapilarin-avantajlari-nedir
4. Can BRMs be produced according to the intended use?
All kinds of design and production can be made according to the risk and usage area. Explosion-proof modules can be used in office, control-surveillance room, dining hall, kitchen, meeting room, dormitory, warehouse etc. It can be used for many different purposes. In addition, our explosion-proof modules can combine to form large facilities. According to the need, these facilities can be broken down and new facilities of different sizes and types can be created again. For example, a large facility of 216 m2 in total is formed by merging 6 modules of 12 * 3 m2. The interior of this facility can be designed and produced according to any type of architecture.
5. What is the largest BRM size?
It varies according to the burst pressure values. However, modules can be combined side by side and can be designed as 2 floors in total. There will be no change in protection from explosion effect. Combining modules will behave like a single structure.
6. Can explosion-proof windows be installed in the BRM units?
Explosion-proof modules may need windows, especially to facilitate examining the external environment and to benefit from sunlight. HARDSHIELD expert engineers are able to design reliable blast-resistant windows capable of sustaining up to 100 psi explosion pressure. These glasses can be attached to any explosion-proof module or reinforced concrete structure.
For more information on explosion-proof glasses: https://www.hardshieldbrm.com/patLAMA-ve-kursuna-dayanikli-cam-550
7. Are BRM units Portable?
Explosion-proof modules are light and very easy to transport. It can be transported safely by road, air, sea and train.
8. What are the world-accepted standards used for Explosion Proof Structures?
The design of explosion proof structures is according to API 752, API 753, UFC 3-340-01, UFC 3-340-02, ASTM and ASCE explosion standards.
9. How are the prices determined?
The cost of BRM units depends on the specifications set by the clients and the provided degree of confidence in resisting scenario blast-pressure incidents. It also depends on the architectural aspects and functionalities. However, our BRMs' price is extremely competitive compared to the competing blast-resistant solutions. HARDSHIELD has always adopted a competitive pricing policy.
10. What is the delivery time of Explosion Proof Modules?
It differs according to bursting compressive strength and architecture. After the order, special designs and analyzes are made according to each module and a final report is prepared. Then, special production takes place according to this final report. The estimated delivery time for 1 explosion proof module is 20-25 days. However, HARDSHIELD can produce multiple modules at the same time with its multiple production lines.