Glass wool application and installation

Glass wool uses natural ores such as quartz sand, limestone, and dolomite as the main raw materials, and is combined with some chemical raw materials such as soda ash and borax to melt into glass. In the melted state, it is blown by external force into flocculent fine fibers. It has a large number of tiny air pores, which makes it play a role in heat preservation, sound absorption and noise reduction, and safety protection. It is a steel structure building heat preservation and heat insulation. , The best material for sound absorption and noise reduction.
Common glass wool has a bulk density of 24-74kg/m3, a bulk density of 10-120kg/m3, and a thermal conductivity ≤0.042w/m.h.℃. In addition to maintaining the characteristics of heat preservation and heat insulation, glass wool also has excellent shock absorption and sound absorption characteristics, especially for low frequency and various vibration noises, which have a good absorption effect, which is conducive to reducing noise pollution and improving the working environment. This material can be cut as needed during construction. For glass wool felt with aluminum foil veneer, it also has strong heat radiation resistance, and the safe use temperature is in the range of -120℃-400℃. The specific uses are as follows:
Glass wool for steel structure can be widely used in the thermal insulation system of large public buildings such as industrial plants, logistics warehouses, and large supermarkets, convention and exhibition centers, airports, stadiums and other large public buildings.
Water-repellent glass wool panels for curtain walls are widely used in the insulation of large commercial buildings, office buildings, hotels, stadiums, airport terminals and other building curtain walls.
Glass wool for sound insulation is widely used in indoor partitions, central air conditioning, entertainment venues (KTV, theaters, etc.) and equipment (computers, air compressors, etc.) sound absorption treatment and general building sound absorption and noise reduction.