The scope of application and development prospects of fiberglass cloth (fiberglass cloth)
The characteristics of fiberglass cloth determine that it has a wide range of applications and strong applicability. It is green, environmentally friendly, and pollution-free. It is a material with broad development prospects. It can be used in doors, windows and fans in the field of construction engineering. In addition, it can also be used in various decoration industries. Moreover, the application of glass fiber is also very common in the petrochemical industry, such as underground oil storage tanks. Because it has good insulation, it can be applied to various power transmission and transformation facilities, composite cable cores, glass lever towers, etc. At present, the broad applicable fields of glass fiber cloth and corresponding fields are also developing rapidly. In addition, our country now advocates the concept of low-carbon, green and environmentally friendly sustainable development and promotes scientific and technological innovation. my country’s glass fiber cloth is on a rapid rise. It is a good period of development. If we seize this great opportunity, strengthen product development and promotion, equipment production and technological updates, fiberglass cloth will have a broad development market.
Applications of glass fiber in aerospace
The aerospace field brings together the most advanced scientific and technological achievements in the world today, and is also a concentrated display of the scientific and technological level of new materials. With my country’s vigorous development in this field, high-performance glass fiber composite materials have become an indispensable material in the aerospace industry. Together with the three major metal materials of aluminum alloy, steel and titanium alloy, they have become the key to supporting the development of the aerospace industry. cornerstone.
In aviation, fiberglass composite materials are used in both civilian airliners and military aircraft. Such as inner and outer ailerons, rudders and spoilers, etc. are used. Fiber-reinforced plastic effectively reduces the mass of the aircraft, increases the commercial load, and saves energy. Fiber-reinforced engineering plastics are used in the cabin’s ceiling, luggage compartment, various instrument panels, fuselage air-conditioning compartments, covers, etc., achieving the effect of being lightweight, beautiful and durable.
In the aerospace field, high-performance glass fiber composite materials are increasingly used as main load-bearing structural materials in launch vehicles and spacecraft. The fiber/epoxy composite solid engine casing manufactured by the fiber winding process is a milestone in the development history of modern composite materials. It has the properties of corrosion resistance, high temperature resistance, radiation resistance, flame retardancy, and anti-aging. The heat-proof materials on the spacecraft use a large number of fibers and high-silica-reinforced phenolic resin.
In addition, researchers chemically treated the surface of the glass fiber, effectively improving the brittleness of the glass fiber, thus producing an ultra-fine glass fiber fabric that is 7 times softer than cashmere and 14 times softer than Liang cloth. It has been successfully used in the production of space suits. In short, glass fiber material has been successfully used from my country’s Shenzhou 2 to the Shenzhou 7 manned flight.
