Nowadays, extreme weather occurs frequently, posing a severe challenge to building roofs. The synthetic roof underlayment

named MOUNTAIN BIGFOOT BARRIER has emerged as a new hope for buildings to withstand strong winds and heavy rains.

Traditional roofing materials are extremely vulnerable in extreme weather. Violent winds can easily damage tiles and roofing

rolls, leading to damage to the roof and allowing rainwater to pour in, which may cause problems like water leakage in walls

and the collapse of ceilings. This brings huge economic losses to property owners and even poses a threat to people's lives.

However, MOUNTAIN BIGFOOT BARRIER performs outstandingly. It combines high-strength synthetic fibers with weather-resistant

polymers, possessing both flexibility and tensile strength. When strong winds strike, even extremely powerful winds can't lift it up.

It adheres closely to the roof base, dispersing the wind force and safeguarding the integrity of the roof. Its waterproof performance

is even more remarkable. The surface treated with a special process forms a dense waterproof layer. Facing torrential rains or a large

amount of accumulated water, it acts like a solid barrier, keeping the interior dry without any leakage.

During a super typhoon that hit the coastal area once, many buildings were severely damaged, while those equipped with

MOUNTAIN BIGFOOT BARRIER remained intact. Local residents were deeply grateful for it as it played a huge role at a critical

moment. Moreover, it has excellent durability and stability. It can resist the erosion of ultraviolet rays, acids and alkalis, maintaining

its performance over a long period, prolonging the service life of the roof and reducing the costs of maintenance and replacement.

Due to its outstanding performance, MOUNTAIN BIGFOOT BARRIER has won the favor of builders and property owners. An expert

in the construction industry commented, "It is an ideal solution to cope with extreme weather and promotes the improvement of

the quality of roofing projects. It plays a crucial role in ensuring the safety of buildings and will continue to shine in the construction

field in the future." It is certain that it will demonstrate its strength in more buildings and safeguard the safety of buildings in the future.