Hebei Huamei Gray Insulation Building Materials Co., Ltd.

Sales Telephone Manager 3 Wang Superfine glass wool insulation material is based on quartz sand, feldspar, sodium silicate, boric acid, etc. as the main raw materials. After high-temperature melting, the fiber is made into a cotton-like shape, and a thermosetting resin binder is added to pressurize and shape at high temperature to produce boards, felts, and pipe products of various shapes and specifications. Aluminum foil or film can also be pasted on its surface. This product has light bulk density, small thermal conductivity, large absorption coefficient and good flame retardant properties. It can be widely used in thermal equipment, air conditioning constant temperature, hot and cold pipes, oven drying rooms, refrigeration and preservation, and thermal insulation, heat insulation, and sound insulation of buildings. Ultrafine glass fiber editor Ultrafine glass fiber is a type of glass fiber and is a man-made inorganic fiber. Using imported equipment and American technology, cullet is used as the main raw material, with some soda ash, borax and other auxiliary materials, and the molten glass is blown into diameter by centrifugal method. - μ cotton-like glass microfibers, commonly known as glass wool, fiber and The fibers are three-dimensionally cross-wound and have a large number of tiny pores and holes that connect the inside and outside. Therefore, they are regarded as porous materials. They are light in weight, low in thermal conductivity, good in thermal insulation and sound absorption, non-flammable, corrosion-resistant, non-toxic, and not afraid of insects. It is an ideal material for the production of glass fiber absorbent separators, filter paper, and thermal insulation paper for sealed lead-acid batteries, as well as (vacuum insulation boards). . It is currently recognized as an ideal material for thermal insulation, sound attenuation and heat insulation with superior performance. 3Glass core material editor Glass core material is an important component of vacuum insulation panels and plays a vital role in the thermal conductivity of vacuum insulation panels. The core material after vacuuming has a certain strength and can play the role of skeleton support, while the core material has a certain strength. The fiber distribution of the material plays a decisive role in the thermal insulation degree. It can be seen that the fiber distribution of the core material is more uniform. The lower its thermal conductivity, the better the insulation performance. 3 king managers of sales calls