The Safety and security requirement of a glass refers to reducing the risk of injury or accident by protecting against accidental or deliberate attack. Safety feature of a glass means that the glass is glazed in such a way as to reduce the risk of injury from accidental impact, breakage, shattering, or a fire. Security feature of a glass means that the glass is glazed to withstand a variety of deliberate attacks in case of a manual, ballistic or blast attack. The use of right type of glass for security applications is not the only consideration for ensuring the resistance and safety against the severe requirements. The other factors which are of equal importance are high performance glazing, high quality framing systems to achieve the level of protection required.
They offer a wide range of glass products for total assurance of safety and security without compromising levels of natural daylight. Glass can be used to protect a building and its occupants from accidental and deliberate damage in many ways, without compromising the bold and attractive designs. Safety legislation have made it critical for the glass to meet the stringent requirements and the modern safety glazing has to comply with the required safe practices The latest innovations in the field of safety and security glass have now ensured that the building and the people inside it can be protected from injury in the most extreme cases and that the buildings can be protected from the different methods of attack. They offer a complete range of sophisticated products which meet the ever-increasing demands of the architecture industry.
Energy-efficient glazing of a glass is the term which is used to describe the use of double or triple glazing in the glass used in modern architecture of buildings. The latest energy-efficient glazing uses a low emissivity coating which prevents the escaping of heat through the windows. This ensures that the building becomes energy efficient and also saves in the electricity bills as the heating arrangements are used less because of the thermal efficiency of the glass.
Low-emissivity glass (Low E glass) is a type of energy-efficient glass which is designed to prevent the heat from escaping through the building windows during winters. The Low-e glass has a coating which also substantially reduces the transfer of heat and also reflects the heat inside the building back in to the room. The older double glazed units did not contain low-emissivity glass and so they are not energy-efficient and so if the existing window glass are replaced with low-e Glass ,then the energy efficiency the building can be improved drastically . This could directly reduce the monthly electricity bills of the building as well as decrease the size of carbon footprint. The low-e glass units can double the energy efficiency of the building as compared to the older double glazing glass with no low-e coating. The Low E glass is essential for buildings with a large number of windows or glass doors. The use of low-e glazing helps to retain heat even in winter, which allows the comfortable use these rooms without heating arrangements for more months of the year. Low-e glass is highly recommended for north or east facing windows, where more heat loss takes place.
For more detail, visit this website:
http://www.flatglass.com.au/
They offer a wide range of glass products for total assurance of safety and security without compromising levels of natural daylight. Glass can be used to protect a building and its occupants from accidental and deliberate damage in many ways, without compromising the bold and attractive designs. Safety legislation have made it critical for the glass to meet the stringent requirements and the modern safety glazing has to comply with the required safe practices The latest innovations in the field of safety and security glass have now ensured that the building and the people inside it can be protected from injury in the most extreme cases and that the buildings can be protected from the different methods of attack. They offer a complete range of sophisticated products which meet the ever-increasing demands of the architecture industry.
Energy-efficient glazing of a glass is the term which is used to describe the use of double or triple glazing in the glass used in modern architecture of buildings. The latest energy-efficient glazing uses a low emissivity coating which prevents the escaping of heat through the windows. This ensures that the building becomes energy efficient and also saves in the electricity bills as the heating arrangements are used less because of the thermal efficiency of the glass.
Low-emissivity glass (Low E glass) is a type of energy-efficient glass which is designed to prevent the heat from escaping through the building windows during winters. The Low-e glass has a coating which also substantially reduces the transfer of heat and also reflects the heat inside the building back in to the room. The older double glazed units did not contain low-emissivity glass and so they are not energy-efficient and so if the existing window glass are replaced with low-e Glass ,then the energy efficiency the building can be improved drastically . This could directly reduce the monthly electricity bills of the building as well as decrease the size of carbon footprint. The low-e glass units can double the energy efficiency of the building as compared to the older double glazing glass with no low-e coating. The Low E glass is essential for buildings with a large number of windows or glass doors. The use of low-e glazing helps to retain heat even in winter, which allows the comfortable use these rooms without heating arrangements for more months of the year. Low-e glass is highly recommended for north or east facing windows, where more heat loss takes place.
For more detail, visit this website:
http://www.flatglass.com.au/
