Glass Facade Curtain Wall

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Thermal Insulation Transparent Glass Curtain Wall Facade Thickness 5mm – 19mm

It is designed for fast installation, reducing construction time and costs. The unitized panels are pre-fabricated and tested off-site, ensuring quality control and minimizing on-site disruptions. Ideal for commercial and high-rise buildings, this system offers both structural integrity and a sleek, contemporary look.

The Thermal Insulation Transparent Glass Curtain Wall Facade is an advanced glazing solution designed to provide both aesthetic appeal and high energy efficiency for modern buildings. With glass thickness ranging from 5mm to 19mm, this curtain wall system not only enhances the visual impact of the structure but also delivers superior thermal insulation, making it ideal for a variety of applications, including commercial, residential, and high-rise buildings.

The transparent glass panels are designed to minimize energy loss while allowing maximum natural light penetration. This facade system reduces the need for artificial lighting and heating, making it a sustainable choice. The facade is engineered for high-performance insulation, contributing to better building energy efficiency and comfort.

Advantage

Description

Thermal Insulation Superior insulation properties that help reduce energy consumption by minimizing heat transfer.
Natural Light Maximizes daylight penetration, reducing the need for artificial lighting and lowering energy costs.
Aesthetic Flexibility Available in a variety of glass finishes and thicknesses (5mm – 19mm), allowing for customization.
Sound Insulation Provides excellent acoustic performance, ideal for urban and noisy environments.
Durability Made from high-quality glass that is durable, resistant to weathering, and requires minimal maintenance.
UV Protection Provides protection from harmful UV rays, reducing sun damage to interiors and minimizing fading.
Sustainability Contributes to green building certifications like LEED by improving energy efficiency.

Technical Specifications

Parameter Description
Glass Thickness 5mm – 19mm, customizable depending on the project requirements.
Glass Type Low-emissivity (Low-E) glass, laminated glass, or tempered glass for enhanced performance.
U-Value As low as 0.3 W/m²K, ensuring excellent thermal insulation and energy savings.
Sound Insulation Soundproofing properties of up to 40-45 dB, ideal for high-traffic areas.
Solar Heat Gain Coefficient Can be customized to reduce solar heat gain, maintaining interior temperature stability.
Frame Material Typically aluminum alloy, providing strength and durability with a lightweight design.
Panel Size Custom sizes available based on building design and structural requirements.

Installation

  1. Pre-Fabrication Glass panels are pre-fabricated off-site into modular units, ensuring high-quality control and reducing on-site labor.
  2. Easy Assembly The modular units are then transported to the construction site, where they are quickly and easily assembled.
  3. Efficient Sealing The system includes high-quality sealants and gaskets that ensure airtight and watertight performance, preventing energy loss and protecting against weathering.
  4. Frame Integration The glass panels are mounted on a robust aluminum frame, ensuring structural stability and long-term durability.

Materials

(1)Glass High-performance, low-emissivity (Low-E) glass that enhances thermal insulation, reduces glare, and improves energy efficiency.

(2)Frame Lightweight yet strong aluminum alloy frames designed for durability, resistance to corrosion, and ease of installation.

(3)Sealants & Gaskets High-quality, weather-resistant materials for sealing and insulating the units.

(4)Coatings Optional coatings such as reflective coatings or tinted glass to further enhance solar control and reduce heat gain.

Applications

(1)Commercial Buildings Office towers, shopping malls, hotels, and corporate headquarters.

(2)Residential Buildings High-rise apartments and luxury residences.

(3)Public Buildings Airports, convention centers, museums, and hospitals.

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