What is Glazing in Construction?

What is Glazing in Construction - A Brief guide

Glazing is the process of putting glass in permanent openings within a building, and it includes all of the glass required to sustain a building under construction. Glazing has both aesthetic and utilitarian uses in residential and commercial construction. When finishing a construction project, you can choose from a variety of glazing options. The glazing procedure is tricky since you must choose the best solution for your specific project or building. What works well on one structure may be a disaster on another.

glazing in construction

When selecting a glazing process, it is critical to first examine the needs of the client or owner. Some consumers will want a wall full of glass windows, which requires a lot of glazing material and expertise, but others may prefer more plain windows. After determining the client’s requirements, you must develop a realistic budget. Determine how much work you will undertake and account for any additional work before submitting your quote. Residential construction projects are infamous for exceeding budget, and glazing is no exception. This theory covers a part of what is glazing in construction.

Types of glazing methods:

Types of glazing in construction

Conclusively, the glazing process should be chosen based on what works best for the project, rather than what is easiest or cheapest to do. There are five types of glazing procedures: dry glazing, wet glazing, pointed support glass systems, cable net, and double skin wall ways.

Dry glazed

Metal panels or glass units are squeezed into the frames’ glazing pockets with structural tapes or rubber gaskets to provide sufficient compression force. These compression loads are distributed on both sides of the glazed element. Depending on the structure, glazing can be done from either the inside or the outside.

Wet glazed

The wet-glazed method entails applying an adhesive solution to the metal frame before installing the window panel. The adhering agent, such as structural silicone, holds the panel to the frame. The wet glazed approach is ideal for indoor applications since it avoids dust, which would otherwise reduce the adhering agent’s effectiveness.

The wet-glazed approach necessitates extra caution, particularly during the application of the adhering agent. Wet glazing is good for manufacturers and stores because it allows you to regulate dust. This glazing technology is suitable for one- or two-story constructions.

Pointed support glass systems

People began using the glazing approach to support glass systems in the 1960s. While this approach has developed with the advancement of technology, it still uses tempered glass with holes through which the glazing can be attached to the frame.

The pointed support glass systems method is popular in view-oriented structures since the bolted fittings are small and do not block the view. There are several pointed-support glass system configurations to fulfill a variety of architectural requirements.

Pointed support systems are aesthetically beautiful, but precision needs a high level of caution and knowledge. It’s a complex process, but it’s well worth it because tempered glass extends the life of pointed support glass systems greatly. Tempered glass is manufactured by exposing it to high temperatures.


Similar to the pointed support systems approach, the cable net method provides considerable views. The cable net approach is elegant in that it eliminates the requirement for framing. However, because of the structural analysis and coordination required for cable nets, this technology is expensive.

However, cable-net walls are an excellent alternative because they provide scenic vistas without interfering with the building’s functionality. If you’re looking for a lavish look and have the time, the cable-net method could be your best option.

Double-skin wall

As the name suggests, this method requires building an exterior out of two sheets of glass with a gap between them. It is the most costly and complicated of the five glazing techniques. However, the area between the double skin walls may be manipulated to provide for plenty of sunlight, air, and energy.

Types of glazing in construction:

Following are the types of glazing glass used in construction

Float glass

Float glass is a flat sheet of glass with a constant thickness acquired by floating molten glass on a pool of fused tin. Float glass is huge and thin.

Annealed glass

Float glass can be cooled gradually in an inhibited environment to minimize internal stresses within the sheets and make the glass stronger. Annealed glass is not likely to break because of its manufacture. However, annealed glass can be hazardous as it breaks into big, jagged shards.

Laminated glass

Laminated glass is produced by combining two or more layers of glass with polyvinyl butyral-directed heat and pressure. Laminated glass can be produced by using heat-strengthened glass or modifying glass.

Fully tempered glass

Fully-tempered glass is generated by heating up the annealed glass and cooling it much faster than heat-strengthened glass. The fast cooling leaves the internal parts of the glass fluid greater than the surface. This forms equal ratios of tensile and compressive pressures across the glass, making it approximately three times stronger than annealed glass. When broken, fully tempered glass shatters into many fine parts, making it safer.

Heat-strengthened glass

When annealed glass is overheated to about 1200°F and then cooled down gradually, heat-strengthened glass is molded. This type of glazing is twice as durable as annealed glass but typically requires laminating because it is dangerous when broken.

Self-cleaning glass

This type of glazing is created by applying a transparent coating to glass. This coating uses UV rays to break down dirt so that it is easily cleaned off when it rains.

Low-emissivity glass

Low-emissivity glass is made by coating glass with silver or tin to imitate long-wave infrared radiation. Low-emissivity glass manages temperature within a building because it does not absorb more radiation.

Wired glass

Wired glass is fire-resistant glazing made by placing wire between layers of glass, resembling how PVB is used to produce laminated glass. This type of glazing is less likely to shatter at maximum temperatures due to the mesh.


Glazing is a crucial part of construction and may cost a project builder a lot of money if not done accurately. Considering the costs, ineffectiveness, efficiencies, and safety risks related to different glazing and glazing methods is significant to saving both time and money on a construction project.


Glazing in construction means putting glass into the openings of a building, like windows or doors.

Pointed support systems look nice and don 't block views much, but they need to be done carefully and can be complex.

The cable net method doesn't need frames, giving nice views, but it's expensive and needs a lot of planning.

Double-skin walls use two glass sheets with a gap between for light and air, but they are costly and tricky to build.