It is often thought that marquee halls cannot provide the same durability and security as traditional buildings. Nothing could be further from the truth! Thanks to the use of modern NRO roofs , also known as Broof, it is possible to achieve exceptional durability and optimum safety.

We will look at the advantages of this innovative technology, compare costs with traditional solutions, and explore how to choose the best roof material for your hall. Examples of applications in various industrial sectors will further highlight the versatility and efficiency of NRO roofed tent halls, opening up new perspectives for many industries.

Advantages of using NRO roofs for marquee halls

There are a number of advantages to using roofs made from non flame retardant (NRO) in the roofing of tent halls. By using NRO materials, the risk of fire spreading is minimised, which is particularly important in public areas or where flammable substances are stored. In addition, NRO roofs have high durability and weather resistance, which translates into longevity and less need for frequent repairs.

When comparing NRO roofs with traditional roofing materials, there are significant differences in terms of fire protection and durability. Below is a comparison table that illustrates these differences using specific materials as examples:

An analysis of the table shows that NRO membrane roofs offer significantly better fire protection and are more durable compared to other common roofing materials. Such an investment has long-term benefits, minimising the risk of fire and the costs associated with roofing maintenance and replacement.

How do I choose the best Broof roof material for a tent hall?

Choosing the right Broof roof material for a tent hall requires a thorough understanding of the specifics of the solution. The highest possible fire resistance is a key criterion to consider to ensure safe use. Broof classified materials are tested for their reaction to fire, which means that they do not contribute to the spread of flames. Therefore, when choosing, it is essential to pay attention to the certifications and fire classifications of the material in question, which is a guarantee of its safety and resistance.

Durability and weatherresistance are further aspects that cannot be ignored. Broof roof material must not only be non-combustible, but also able to withstand extreme weather conditions such as strong wind, rain or snow. Choosing a material with high UV and mechanical resistance will ensure that the hall will last a long time without the need for frequent repairs or roofing replacement. The use of modern technology and high-quality materials can significantly extend the life of the roof, which is important from an economic and ecological point of view.

Cost comparison: Tent halls with NRO roof vs. traditional solutions

When considering different construction options, cost analysis often proves to be a key factor. Tent halls with a non-fire-spreading (NRO) roof, also known as Broof, can offer significant savings compared to traditional structures. For example, the average cost of constructing a square metre of marquee hall with an NRO roof can be in the region of £200-300, whereas building a traditional warehouse or production hall is an expense of £500-800 per square metre. The savings are mainly due to the fewer materials needed for the construction and the shorter project time. Below is a comparison table illustrating the cost differences between the two solutions.

When designing roofs for marquee halls, special attention is paid to several aspects that are decisive for their functionality and durability:

• Selection of materials with the required reaction to fire – ensures safety and compliance with strict fire standards.
• Integration of drainage systems – provides protection against water accumulation on the roof surface, which is important in the event of heavy rainfall.
• Use of modern assembly techniques – enables the roof to be installed quickly and efficiently, which is particularly important in the context of temporary structures such as tent halls.
• The correct selection and use of these elements translates into the long-term durability and reliability of Broof roofs, making them the preferred choice for many builders.

Safety and durability of tent halls with NRO roofs

The use of roofs made from non-fire-spreading (NRO) materials in marquee halls significantly contributes to the fire safety and durability of the overall structure. NRO materials are designed to delay the spread of fire in the event of a fire, allowing extra time for evacuation and intervention. In addition, they are characterised by their high resistance to weather conditions, which translates into the longevity of the halls without the need for frequent repairs or roofing replacement. This makes the investment in tent halls with an NRO roof not only safer, but also more economical in the long term.

Examples of the use of Broof pitched roof halls in various sectors of industry

Broof roofed tent halls are used in a wide range of industrial and service sectors due to their versatility and durability. In the agricultural sector, Broof roof halls are used as canopies for agricultural machinery or as warehouses for agricultural products, protecting them from adverse weather conditions. Thanks to the use of fire-resistant materials, these halls provide additional safety. In the sports industry, the ability to quickly erect and dismantle Broof roof tent halls makes it possible to create temporary sports facilities, such as tennis courts or athletics halls, which can be used seasonally or for major sporting events.

Here are some examples of applications for Broof roofed marquee halls in various industries:

• Temporary warehouses – quick adaptation of space for storage needs.
• Exhibition spaces – flexibility of space configuration for trade fairs, exhibitions or concerts.
• Canopies for agricultural machinery – protecting valuable equipment from the weather.
• Temporary sports facilities – the ability to quickly create sports infrastructure for seasonal or event needs.

Key factors in choosing an NRO roof for a marquee hall

When deciding on a non-combustible treatment (NRO) roof for a marquee hall, there are several important aspects to consider. Fire safety is one of the most important criteria which must be met by the materials used to construct the roof. NRO roofs are characterised by high fire resistance, which is crucial in public areas, warehouses or industrial facilities where the risk of fire is increased. Experts emphasise that the choice of fire-resistant materials significantly affects the safety of users and goods in the hall.

Another aspect that experts draw attention to is the durability and weather resistance of the material. Roofs made of NRO are resistant not only to fire, but also to strong winds, rainfall or snowfall. As a result, tent halls with this type of roof can be used all year round, regardless of the prevailing weather conditions. This is crucial for businesses that need a reliable and robust storage or production space.

Finally, the economic aspect cannot be overlooked. Although the initial cost of installing an NRO roof may be higher than with standard materials, it is an investment that pays off in the long run. NRO roofs have a long service life and low maintenance costs. In addition, their fire resistance can contribute to lower insurance premiums for the building. Experts emphasise that by choosing an NRO roof, investors not only protect themselves against potential losses, but also gain in the value of their property.

The future of marquee halls with NRO roof – trends and innovations

Observing the dynamic development of material technology, NRO-roofed tent halls are gaining in popularity due to their unique properties. They are not only fireproof, but also provide better thermal and acoustic insulation compared to traditional materials. This makes them an attractive option for a number of industries, including storage, industry or even events.

The conclusions from the above analysis are clear – NRO-roofed tent halls offer significant safety and comfort benefits. Their higher initial cost is more than offset by the long-term savings from better insulation and reduced vulnerability