Energy glazing is designed in such a way that it improves the thermal performance of buildings. They help reduce the amount of heat transfer through the window, keeping buildings cooler in summer and warmer in winter. This helps reduce the amount of energy required for heating and cooling, resulting in lower energy costs and reduced greenhouse gas emissions. Examples of energy-efficient glazing include low-tension coatings, which reflect heat back into a room, and insulated glass units, which have multiple layers of glass separated by a separator to slow down temperature transfer.

Anti-noise glazing is specially designed to reduce the transmission of sound through windows. They are usually used in buildings where there is a high level of external noise, such as near airports, motorways or busy roads. There are different types of glazing that are responsible for controlling noise and can be used depending on the situation and the level of noise reduction required. It is worth noting that the thickness of the glass, the size of the air gap and the number of panes used will affect the level of sound insulation provided.

Moisture control with energy glazing can be achieved by using certain types of glass or coatings designed to control the amount of moisture that can pass through the glass. It is worth noting that the effectiveness of any solution will depend on the environmental conditions and the design of the building. It is important to consult a professional to determine the best solution for a particular application. Pap Safety Glass provides advanced moisture mitigation solutions to meet every need for every situation.

Energy glass can provide various types of protection such as:  

• Protection of privacy: For example in offices or houses, to prevent unwanted views inside the room.
• Control of light and heat: Energy glass can be used to control the amount of light and heat entering a building, reducing the need for artificial lighting and cooling or heating.
• Human safety: energy glass can be integrated with other security systems, such as motion sensors or cameras, to provide an additional level of protection. 
• Protection against damage or danger: Energy glass can be designed to be shatter-resistant, which can prevent injuries in case of breakage and can be used in high-security areas such as government buildings, banks and other institutions.
• Protection from ultraviolet radiation: Energy glass can be designed to filter ultraviolet rays, which can protect people from harmful rays and can be used in situations such as museums and art galleries to protect exhibits.