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Sealants play a vital role in protecting a building façade from water ingress. They help close gaps between glass, panels, frames, joints, and surrounding building elements, creating a barrier against rain, wind, moisture, and environmental exposure.

Glass façades are a defining feature of many modern commercial buildings. They create a clean, professional appearance, allow natural light into the building, and play an important role in energy performance and occupant comfort.

Condensation on the outside of glass can often be harmless. It may appear because of temperature changes, weather conditions, or the way warm and cold air meet around the building. Condensation between glass units is different.

Glass façades are designed to perform in changing conditions, but they are constantly responding to temperature, movement, pressure, and exposure. One of the most important factors affecting long term façade performance is thermal expansion.

Façade maintenance is often judged by the work people can see. A repaired panel, a cleaned surface, a sealed joint, a resolved leak or a completed inspection can all provide visible reassurance that a building is being looked after properly. However, the maintenance itself is only part of the picture.

When a problem appears in a glass façade, the immediate focus is often on putting it right as quickly as possible. A cracked panel, failed seal, leaking joint or damaged component naturally creates urgency. The pressure to restore appearance, maintain safety and avoid disruption can...

When building performance is discussed, the focus often falls on heating systems, ventilation, insulation, and lighting. These are all important, but one of the most influential parts of the building envelope is sometimes overlooked. The glass façade.

Glass façades are designed to deliver long-term performance, weather protection, and structural reliability while maintaining a clean and modern appearance. While the glass itself often receives the most attention, many of the smaller components within the system play an equally important role.

Glass façades are designed to be durable, visually striking, and capable of performing under constant environmental exposure. From weather conditions to pollution, they are built to handle a wide range of external pressures.

Glass façades are built to be durable, resilient, and capable of withstanding the demands of modern environments. From wind loads to temperature changes, they are engineered for strength. However, one of the most underestimated threats to their long term performance comes from something far less dramatic, repeated minor impacts that often go unnoticed.