Smartart's patented glass solutions for hurricane-resistant applications

Smartart's patented glass solutions stand out in the market for hurricane-resistant applications,particularly when compared to traditional methods that utilize thin aluminum strips and rubber for securing glass.Here’s a detailed comparison based on several key aspects:

 

PVDF coatingfor hurricane-resistant applications

Smartart's patented glass solutions stand out in the market for hurricane-resistant applications,particularly when compared to traditional methods that utilize thin aluminum strips and rubber for securing glass.Here’s a detailed comparison based on several key aspects:

Fixation Method

Smartart Glass:

Utilizes screws to firmly fix the glass in place,ensuring a robust attachment that enhances overall stability and resistance against high winds and debris.This method provides a stronger bond and contributes to the structural integrity of the installation,particularly during severe weather events.

Traditional Methods:

Often rely on thin aluminum strips and rubber gaskets to hold the glass.While this method can be effective,it generally offers less strength and durability compared to Smartart's screw fixation.The reliance on rubber can lead to degradation over time,especially under extreme weather conditions.

Strength and Durability

Smartart Glass:

The design focuses on high strength,making it capable of withstanding intense pressure from hurricane-force winds.The screw fixation not only secures the glass but also minimizes flexing,which can lead to breakage.

Traditional Methods:

The use of aluminum strips and rubber may not provide sufficient strength under extreme conditions.These materials can flex or warp,potentially compromising the seal and allowing water or air infiltration.

Sealing Performance

Smartart Glass:

Offers superior sealing performance due to the tight fit achieved through screw fixation.This minimizes air leaks and prevents water intrusion,which is critical for maintaining energy efficiency and protecting interiors during storms.

Traditional Methods:

Sealing relies heavily on the quality of the rubber used.Over time,rubber can lose its elasticity and effectiveness,leading to potential leaks and reduced energy efficiency.

Aesthetic Considerations

Smartart Glass:

Maintains a clean and modern appearance thanks to its robust design.The screw fixation can be integrated seamlessly into the overall aesthetic of the building,providing both functionality and visual appeal.

Traditional Methods:

Aluminum strips may detract from the sleek look of large glass installations.Additionally,visible fasteners can disrupt the visual continuity that many modern designs aim for.

Compliance with Safety Standards

Smartart Glass:

Meets rigorous safety standards for hurricane resistance,ensuring that it can withstand severe weather without compromising safety.The screw fixation contributes to its ability to maintain structural integrity during extreme conditions.

Traditional Methods:

While many traditional systems are certified for hurricane resistance,they may not perform as reliably under extreme conditions due to their less robust fixation methods.

Smartart's patented glass solutions provide a significant advantage over traditional methods that use thin aluminum strips and rubber for securing glass.With a focus on strength,durability,sealing performance,aesthetics,and compliance with safety standards,Smartart's innovative approach offers enhanced protection against hurricanes while meeting modern architectural demands.