High-rise window sealing safety first! With a wind pressure resistance of Grade 9 and a multi-locking point design, it remains stable as Mount Taishan even in strong winds

With the acceleration of urbanization, skyscrapers over 100 meters have become the norm. However, doors and windows, as the "face" of buildings, often pose safety hazards due to insufficient wind pressure resistance and loose locks.

Data shows that 80% of high-rise window sealing accidents are due to substandard wind pressure resistance or lock failure. Therefore, when high-rise users choose to replace Their Windows, the 9th-level wind pressure resistance design and multi-lock point safety system have become an indispensable "protective shield" for high-altitude homes.

The "invisible killer" of high-rise window closures: wind pressure and falling risks

The wind pressure impact faced by high-rise buildings far exceeds that of low-rise buildings.

According to the "Load Code for the Design of Building Structures", the wind pressure on a 100-meter-high building can be more than three times that on the ground, and in coastal typhoon areas, it can even exceed 5.0 kPa, equivalent to a pressure of 500 kilograms per square meter.

The splicing structure of ordinary doors and windows, coupled with inferior hardware, is highly susceptible to failure in such an environment. Moreover, the lock point structure design of traditional doors and windows poses a potential hazard for residents living in high-rise buildings.

Wind resistance level 9: Senying's "hardcore protective net"

The national standard "GB/T 7106-2019" categorizes the wind pressure resistance of doors and windows into 9 levels. Level 9 signifies the ability to withstand a wind pressure of ≥5.0kPa, which theoretically equates to the capability of withstanding a Category 12 typhoon. Most of Senying's aluminum-Clad Wood Windows, aluminum alloy windows, and new plastic windows achieve this level through a triple design approach of "profile - glass - craftsmanship":

Structural framework: The aluminum-clad wooden window adopts a composite structure of inner wood and outer aluminum, with a stronger support provided by the solid wood frame; the aluminum alloy window utilizes high-precision 6060-T66 aluminum profiles, with a strength far exceeding that of ordinary aluminum materials; the new plastic window uses high-quality plastic profiles, rejecting "calcium-in-calcium" materials that are prone to aging.
Glass system: For high-rise buildings, users are recommended to adopt a standard configuration of at least three-layer double-chamber hollow tempered glass. The laminated structure can disperse wind pressure impacts, and the argon gas filling layer further enhances stability. Users with sufficient budget can also add a layer of laminated glass to further stabilize the safety of the glass system.

Multi-lock point linkage: a more comprehensive anti-theft design

High-rise window sealing requires wind resistance, and a multi-lock point structure is essential. It not only provides better stability but also enhances security against theft. Senying adopts the European standard multi-lock point linkage system:

Core components: Imported first-line hardware from Europe, with locking points arranged around the window frame. When closed, the locking points are evenly embedded into the window frame, forming a comprehensive lock that leaves no room for swaying in strong winds.
Burglar resistance level: European standard RC2 burglar resistance standard. There was a user feedback that the only window in the whole house that had not been replaced was the Senying window in the bathroom. However, after failing to pry open all the other windows, the thief managed to pry open the bathroom window and enter the room, and then proceeded to replace it as well.
Sealed composition: Multiple sealed chambers not only enhance wind pressure resistance but also improve sound insulation to a maximum of 36 decibels, ensuring "quiet sleep" even for high-rise buildings facing the street.

Safety is never an "optional feature"

The safety bottom line for high-rise window sealing has never been "no accidents", but "preventive measures".

With its Grade 9 wind pressure resistance, Grade RC2 anti-theft system, and 27 years of technological accumulation, Senying has established a high-rise safety system. In the future, we will continue to deeply explore door and window technology, using more extreme products to protect every high-rise home.