Because of its high temperature resistance, corrosion resistance, good electrical insulation properties, high strength, and ease of use, the glass fiber tape has been widely used in the electromechanical, construction, and medical industries.
At present, in the production of fiberglass belts, there are mainly two kinds of ordinary shuttlecock machines and high-speed shuttleless webbing machines. The working principle of an ordinary shuttle weaving machine is basically the same as that of an ordinary shuttle weaving machine. It has five major mechanisms such as let-off, opening, weft insertion, beating and weaving. At present, there are problems such as low webbing speed, high equipment maintenance rate, large waste of raw materials, and low labor productivity in the production of ordinary shuttle weaving machines, which restricts the further development of the production of glass fiber webbing. High-speed shuttleless webbing machines were used mainly for weaving cotton and other products. In the early 1990s, they began to be used in fiberglass webbing. In actual use, it has been found that high-speed shuttleless webbing machines have features such as fast webbing speed, high degree of automation, small size, low noise, easy maintenance, simple operation, and high production efficiency. In the actual production of fiberglass belts, work efficiency is comparable to ordinary shuttles. The ribbon machine is increased about 6 times. It is the ideal upgrade equipment for ordinary glass fiber ribbon machine.