Spider Fitting Curtain Wall: What it is?

Glass has become one of the most popular materials in building projects since its invention, because of its cost-effectiveness and great appearance. And, the spider fitting curtain wall that constructed with glasses is commonly seen in commercial buildings. It offers the maximum daylight for building interiors. Today, the author would guide you to exlore the beauty of the spider fitting curtain wall.

A spider glass curtain wall system refers to a type of architectural facade system used in building construction. It is a non-load-bearing exterior wall that hangs off the building structure like a curtain. The term "Spider System" often refers to the type of support structure used to attach the glass or other cladding materials to the building.

The spider system relies on a series of spider fittings or point-fixing connections that connect the glass panels to the building structure. These fittings are typically attached to the building with minimal visible supports, creating a sleek and transparent appearance. The term "Spider" is used because the fittings resemble spider legs extending from a central point.

Curtain walls, in general, are designed to withstand wind loads and other environmental forces while providing an aesthetic and functional enclosure for a building. Spider glass system curtain wall systems are known for their flexibility in design, allowing for large expanses of glass and unique architectural shapes. They are commonly used in modern and contemporary buildings to achieve a visually striking and open facade.

Spider Glass Curtain Wall Systems

Spider fittings are the key components in the Spider System Curtain Wall, and they play a crucial role in attaching glass or other cladding materials to the building structure. Here's a basic overview of how spider fittings work:

Spider fittings operate on a point-fixing system, meaning they provide support at specific points on the glass rather than using a continuous frame. This allows for a more transparent and open facade.

The central component of the spider fitting is a central node or fitting that serves as the anchor point. It is usually attached to the building structure, such as the floor slab or steel frame.

Spider fittings have arms or legs extending from the central node. These arms reach out to the edges of the glass panels and hold them in place. The number of arms can vary, but they are often designed in a radial pattern, resembling spider legs.

At the end of each arm, there is a clamp mechanism. This mechanism is designed to securely grip the edges of the glass panels. It may involve the use of bolts or other fasteners to hold the glass in place.

Spider Fitting Curtain Wall

Since know the working principle of the spider fitting curtain wall, you also may wonder what the spider fitting curtain wall can benefit. Thus, in this section, the author will show you the benefits of using spider fitting curtain wall. 

Spider fittings are often adjustable, allowing for fine-tuning during installation. This adjustability is important for achieving precise alignment and accommodating any variations in the glass panels or building structure.

Spider fittings are typically made of materials such as stainless steel or aluminum to ensure durability and resistance to weathering. The materials used are chosen for their strength and corrosion resistance.

The spider fitting curtain wall is a type of architectural facade system that uses spider fittings to support glass or other panels, creating a visually appealing and functional exterior for buildings. Here are some advantages of the Spider System Curtain Wall:

The spider fitting curtain wall provides a modern and sleek appearance to buildings. The minimalistic design and use of glass panels create a visually appealing facade.

The large glass panels in the curtain wall allow ample natural light to enter the building, reducing the need for artificial lighting during the day. This can contribute to energy savings and create a brighter, more pleasant interior environment.

Versatility

Increased Property Value

Structural Performance

Conclusion