Inorganic fiber, as a chemical fiber made of minerals, has many unique technical characteristics.
In terms of material composition, inorganic fiber is produced by high-temperature melting and centrifugation of ore and coke in proportion. Its main components are mostly glass phase, and it also contains various components such as wollastonite and alumina. Different types of inorganic fibers, such as glass fiber, quartz glass fiber, boron fiber, ceramic fiber, metal fiber, etc., have different performances.
In terms of performance, inorganic fiber shows super hardness, strength and low density. This makes it have wide application potential in many fields. For example, inorganic fiber formed by ceramic material has good strength and high melting point due to its large lattice structure. Moreover, depending on the type of material, its thermal conductivity, adaptability, heat resistance, conductivity and cost are also different, which can meet different usage requirements.
The spraying technology of inorganic fiber is also very distinctive. Originated in North America in the 1980s, inorganic fiber spraying has now developed rapidly in many places. It is a mixture of inorganic ultrafine fiber cotton and a unique water-based adhesive. After being processed by special spraying equipment, the internal fibers are interwoven and bonded to form a complex three-dimensional network structure. This structure gives inorganic fiber spraying many excellent properties, such as excellent insulation, sound absorption and sound insulation, anti-condensation, anti-wind erosion and other properties, and strong bonding force.
In addition, the performance of the inorganic fiber spraying system is stable and long-lasting, non-toxic, odorless, acid and alkali resistant, anti-aging, and antibacterial. The construction is convenient and efficient, the mechanized operation is highly efficient, and it can adapt to various building shapes and surfaces. At the same time, it is also safe and environmentally friendly, does not decompose, does not contain harmful substances, and waste can be recycled and reused.
