Introduction to the Wind Resistance Capability of Wen's Phoenix Tents
When an object is in motion, it generates force. The faster it moves, the greater the force it produces.
For example, if a car slowly drives towards a wall, it might not be able to knock it down. However, if you drive at a very high speed, you can bring the wall down.
Similarly, although air is very light, when it moves at extremely high speeds, it can still generate immense force, enough to blow down houses or uproot trees.
Wind level, wind speed and wind pressure conversion table
Note: The wind speeds listed in this table are equivalent to the average wind speed in 10 minutes.
Source reference: ROC Central Weather Bureau
During the powerful Typhoon Gaemi in 2024, Wen's Phoenix tents across Taiwan, regardless of their style, successfully endured strong winds and heavy rain.
In Tainan, where wind speeds reached Level 10, the structural strength of Wen's Phoenix tents demonstrated remarkable wind resistance.
● Zuozhen District, Tainan: The structure tent withstood the severe wind pressure challenge and remained perfectly intact.
● Liouying District, Tainan: The 6M cross cable Tent successfully withstood the severe challenge of Level 10 winds.
In Chiayi, facing Level 9 winds, Wen's Phoenix tents and car shelters also showcased exceptional wind resistance:
Dalin Township, Chiayi: The corridor tent remained stable and undamaged through wind and rain.
● Chiayi City: The car shelter stood firm against the wind, demonstrating outstanding wind resistance and stability.
Wen's Phoenix custom membrane structures are designed not only with aesthetics in mind but also with an emphasis on wind resistance and water drainage. They can withstand every weather test. This time, in the Taichung area, with wind speeds reaching Level 8, no damage was sustained.
● Heping District: Customized membrane structure design.
Wen's Phoenix - A Reliable Barrier Against Wind and Rain
Every design and every detail embodies our commitment to quality and safety.
Wen's Phoenix tent products and membrane structures not only boast exceptional wind resistance but also stand up to the test of time and severe weather conditions.