Your Professional Window Wall System Supplier

 

 

Foshan Guangya Curtain wall and window door system engineering co., LTD is a professional manufacturer engaged in design and production of windows & doors, curtain walls, aluminum profiles and related accessories. Our factory is occupying about 40,000 square meters, have more than 200 workers, 5 architects, 8 designersthe productivity is about 20000 sqm/month. Located in No.68 Yong'an Avenue, Guanyao, National High Tech Industrial Development Zone, Shishan Town, Nanhai District, Foshan City, Guangdong Province, PRC.

 

Why Choose Us
 

Product Application
We produce high quality aluminium windows and doors and curtain wall systems. Suitable for various building types: commercial buildings ‌, public buildings, residential buildings, office buildings.

 

Our Service
We provide the one-stop solution for curtain wall system, windows and doors. We're known for our high-quality, personal service and ensure that you will get the right solutions for each project.

 

Our Factory
Foshan Guangya Curtain wall and window door system engineering co., LTD is a professional manufacturer engaged in design and production of windows & doors, curtain walls, aluminum profiles and related accessories.

 

Production Market
At present, our products have been exported to Australia (Sydney, Melbourne), USA, New Zealand, Canada Vancouver, Japan, Hong Kong Region, Macau region, Cambodia, Brisbane, France, Papua New Guinea, Indonesia, Philippines, Chile, Uruguay, Nigeria, which has won the trust and support of the new and old customers.

Advantages of Window Wall Systems
4 Sashes Balcony Screen Sliding Window
Operable Casement Window
Left Casement Window
Frosted Glass Bifold Door

Maintenance
Ensuring that the seals and joints between the pre-fabricated sections are intact is crucial for maintaining the efficiency of window wall systems. Regular cleaning of the glass and frames is also necessary to preserve their appearance.

 

Durability
While window walls are durable, their performance may be slightly less robust compared to curtain walls due to the higher number of joints and potential points of failure.

 

Future Trends And Innovations
The architectural landscape is constantly evolving, with technological advancements and sustainable practices shaping the future of facade systems.

 

Smart Glass
One of the most exciting innovations in the facade industry is smart glass, also known as switchable glass. This technology allows the tint of the glass to change dynamically, providing on-demand control over light and heat entering the building.

 

Photovoltaic Integration
Integrating photovoltaic (PV) panels into curtain walls and window walls is a growing trend that generates renewable energy directly from the building facade.

 

Advanced Materials
Innovations in materials science are leading to the development of new facade materials that offer superior performance and aesthetics. High-performance coatings, lightweight composites, and nanomaterials are being explored to enhance the durability, energy efficiency, and overall functionality of curtain and window wall systems.

 

Modular Construction
Prefabrication and modular construction techniques are becoming increasingly popular in the construction industry. These methods allow for the off-site assembly of curtain wall and window wall components, which can be easily installed on-site, reducing construction time and costs.

 

Components Of Window Wall System

Mullion – The metal extrusion between glazing panels that supports the system. Mullions are used both vertically (up & down) and horizontally (left to right).

Pressure Plate – A metal plate secured to the mullion to retain the glass in place, typically 2 or more inches wide, present at each horizontal & vertical mullion.

Structural Silicone – In lieu of a pressure plate, the glass may be held in place via structural silicone to give a more minimal appearance.

Insulated Glazing Unit (IGU) – Two or more panes of glass separated by a spacer and filled with an inert gas (argon, krypton).

Spacer – The component that separates the glass panes at the edge of the IGU. It often includes a desiccant material to absorb moisture.

Setting Blocks – Used to separate IGU edge from the mullion/frame at the perimeter.

Gaskets – Extruded rubber used as a glazing seal between the IGU and mullion. They are compressed into a joint between frame and window at both the exterior and interior.

Wet Seals – In lieu of gaskets, field-applied wet sealant can be installed between the IGU and mullion. Wet seals are typically silicone applied over a backer rod or glazing tape.

Fixed Glazing – As the name implies, these are glass panels that do not move.

Operable Panel/Operable Vent – These are hinged or sliding glazed panels that allow for the introduction of fresh air into the building.

Spandrel Panel – As opposed to vision glass, a spandrel is an opaque panel of either obscured coated glass or another material (metal, masonry veneer, thin stone).

Louvered Panel – A panel that incorporates louvers for the operation of mechanical units (PTACs, exhaust fans).

Anchor – Used with curtain wall systems, the anchor ties the curtain wall to the slab edges or structural frame. The anchors can be embedded when the slab is poured or fastened to slab after the slab is in place.

Receptor – Used with window wall systems, a receptor is often a C-shaped channel design to accept the sill, jamb, and head of the overall frame to hold the system in place.

Thermal Break – Separates exterior metal mullion components from interior metal mullion components, the thermal break is a literal “break” in between the inside and outside portions of the metal frame/mullion.

 

Glazed Casement Window

 

Functions Of Window Wall System

Enclosure/Barrier – These systems inherently act as the primary air/vapor/weather-resistive barrier for the building envelope.

 

Cladding – Beyond clear glass, these systems can incorporate panels of metal, stone, opaque glass, etc.

 

Insulation – While they do not have the same insulation value as a solid or framed wall, these systems do provide some degree of insulation value.

 

Structural – While these are not bearing walls (i.e. they do not support the floors above, and can be removed without any detrimental effect on the overall building structural system), they transfer their loads to the main building structure, and need to be designed to resist wind and other lateral loads.

 

FAQ

 

Q: Why is window wall cheaper than curtain wall?

A: Traditionally, window wall units are manufactured and glazed off-site. This eliminates the need for time-intensive construction of the mullion system and on-site glazing, which is common for curtain walls. The greatest advantage of window walls is the cost savings.

Q: How to install a window wall system?

A: How Are Window Walls Installed? Window wall systems are installed in one of two ways: with concealed anchors, clips, and fasteners or with nailing flanges. Window walls with anchors and clips are typically fastened to the sides, top, and bottom of the wall framing where they secure to wall studs, blocking, and headers.

Q: What is the maximum height of a window wall?

A: A window wall is pre-fabricated, has a 14 feet maximum height, and is moderately priced. A curtain wall can be pre-fabricated or fabricated on-site, has no maximum height, and is the costliest. Lastly, a storefront is fabricated on-site, needs to be a maximum of 10 feet or limited to 3 floors.

Q: How is a window wall installed?

A: How Are Window Walls Installed? Window wall systems are installed in one of two ways: with concealed anchors, clips, and fasteners or with nailing flanges. Window walls with anchors and clips are typically fastened to the sides, top, and bottom of the wall framing where they secure to wall studs, blocking, and headers.

Q: What is the biggest advantage of the curtain wall system?

A: Not only do curtain walls prevent elements from entering a building, but they also help insulate the interior, keeping the building warm and dry no matter the weather.

Q: How much does a curtain wall system cost?

A: Average Cost of Curtain Wall Windows
On the lower end, basic materials may cost between US $11-38 per square foot, making them a feasible option for projects with tighter budgets. For mid-range projects, prices can escalate to US $45-150 per square meter, offering a balance between quality and affordability.

Q: What material is a curtain wall system?

A: Curtain wall systems are typically designed with extruded aluminum framing and most commonly combined with materials like glass, stone veneer or metal panels.

Q: How is curtain walling installed?

A: The stick system is a common type of installation. The initial stages of installing a curtain wall design involve establishing control lines and then installing support brackets to the main structure. Metal poles will need to be erected over your structure, before glass panels can then be carefully slotted into them.

Q: What is the biggest advantage of the curtain wall system?

A: Not only do curtain walls prevent elements from entering a building, but they also help insulate the interior, keeping the building warm and dry no matter the weather.

Q: What is the future of curtain wall?

A: The future of curtain walling is green. With an increased focus on eco-friendly designs and renewable energy integration, these walls are not just about building structures but about building a sustainable future.

We're professional window wall system manufacturers in China, specialized in providing high quality customized service. We warmly welcome you to buy high-grade window wall system made in China here from our factory.

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