Berbentsev timeline RSS2024-09-25T17:27:19+0000Glass Wired in architecture, interior design and other applications. Glass Wired is a significantly strengthened material compared to window glass, demonstrating better protection than impact-resistant film, and is in demand in industry, agriculture, social infrastructure and in everyday life. Glass Wired is used for special glazing of various objects: translucent external elements of buildings (windows, loggias, facades, entrance lobbies);skylights;utility rooms;fire (escape) hatches and doors;reception areas in institutions;emergency exits of sensitive buildings;internal structural parts of real estate (interior partitions, staircases, elevator shafts), etc. The glass with a metal mesh inside is used where it is necessary to eliminate the risk of injury by large fragments of glass or to provide anti-vandal protection to optically transparent structures. Importance of Glass Wired in Modern Industries. Its main function is to prevent accidents due to injury from surfaces bursting from heating and poisoning by combustion products. Heat-resistant glass also plays this role, but due to its high cost, it is more advisable to choose Glass Wired. Glass Wired in Architecture and Construction. First of all, glass wired is used where there is a potential danger of intentional or accidental damage to the glass by hard objects or fire. Externally, such glass reveals itself as cloudy or translucent through the optically transparent layer of wire embedded in it.Another interesting direction of this product usage is art objects in crowded places. Street statues and decor for permanent and seasonal park decorations are made of this material. Glass Wired in Interior Design. The key potential lies in the use of this material for interior solutions that enhance residential and commercial spaces. For example, it is a good idea to install this type of glass in children’s rooms, in offices, and also in the areas where an interior designer wants to combine the beauty of light-transmitt... Read more

]]>2024-09-25T17:27:19+00002024-09-25T17:22:08+0000Energy-saving Glass. Today I will talk about energy-saving glass, which makes the house warmer and more comfortable.In the last decade, conversations about energy saving and heat conservation have never been more relevant. For the sake of their own budget or to save the environment, people are increasingly trying to save on heating and spend less electricity.A clear proof of this is the idea of the passive house, that has come from Europe.Plastic windows account for most of the heat loss - up to 40%. And this figure is relevant not only for passive houses, but also for ordinary houses. What is Energy-saving Glass? There are two types of energy-saving glass - k-glass and i-glass. Hard-coated K-glass is considered an obsolete technology. It is rarely used in homes, since the manufacturing technology of i-glass is much simpler.Solid spraying is applied to hot float glass. Through a chemical reaction, a thin layer of transparent metal oxides with high electrical conductivity appears on the glass.After this, the glass can reflect long heat waves or, more simply, leave heat where there is initially more of it. In the summer - outside the house, and in the winter, respectively, in the house. Soft-coated glass is used by almost all window manufacturers. Unlike its “predecessor,” i-glass is installed by spraying inside, since contact with air reduces its quality. Energy-saving i-glass is produced by vacuum deposition. Three or more layers of special metal oxides are applied to the glass. To facilitate production, a silver ion coating is applied to the cold glass. Energy-saving glass and its advantages. I have mentioned the advantages of energy-saving glass many times. After all, energy-saving, or multifunctional glass, is a universal option and is suitable for almost any room. Energy-saving glass retains 28% more heat than regular glass in winter. So, at a temperature outside the window of -14,8 degrees, the temperature of ordinary glass will not exceed 41 degrees, and ene... Read more

]]>2024-09-18T15:01:30+00002024-09-18T14:52:43+0000Insulated Glass Units Insulated Glass Unit is a structure that is a hermetically sealed connection of two or more glass sheets. The tightness of the glass unit is achieved by cleaning the glass with demineralized water before applying the sealant. This allows you to keep dry air inside the glass unit, which is the main condition for thermal insulation. The technology of Insulated Glass Units production The technology of Insulated Glass Units production consists of two stages. 1) First, pre-prepared glass is attached to the spacer frame using sealant. For these purposes, butyl is usually used, which is applied evenly to the spacer frame, heated to a temperature of at least 115 degrees. Then, the structure can be pressed. 2) After pressing, a two-component sealant is applied to the outside. Polysulfide is usually used for these purposes. This sealant is elastic, which allows you to maintain insulation during transportation and operation of Insulated Glass Unit. The thickness of the coating depends on the area and type of window. Fireproof Insulated Glass Units Fire-resistant Insulated Glass Units are a special type of construction that, in addition to standard functions such as heat and sound insulation, has an increased level of safety.In the production of fire-resistant double-glazed windows, special glass is used that is resistant to open fire and high temperatures. The frame is made of non-flammable and non-smoldering materials, which prevents people from suffocating with carbon monoxide during a fire. Production of PVC Insulated Glass Units for windows The Insulated Glass Units can be placed in a frame made of various materials. Most often, polyvinyl chloride, abbreviated as PVC, is used for these purposes. This material has been known for more than a hundred years, and PVC has been used for almost the entire time for the production of windows. Polyvinyl chloride has gained great popularity due to its low cost and ease of installation. The standard color of this... Read more

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