Top 10 application areas of glass fiber
Glass fiber is made from glass balls or leaflastone, quartz sand, limestone, white cloud stone and other mineral raw materials. A dozen microns are equivalent to 1/20-1/5 of a hair wire. Each fiber fiber is composed of hundreds or even thousands of single silk.
Due to its good insulation, strong heat resistance, good corrosion resistance, and high mechanical strength, glass fiber is usually used as enhanced materials in composite materials, electrical insulation materials and thermal insulation materials, and circuit substrates.
Wind energy and photovoltaic are one of the non -polluting and sustainable energy sources. Glass fiber has the characteristics of superior enhancement effects, light weight, etc. It is a good material used to manufacture glass reinforced reinforcement leaves and unit cover.
Due to the special requirements of materials such as aerospace, military and other fields, the quality of glass fiber composite materials can provide extensive solutions for these fields.
The application of composite materials in these fields such as small aircraft fuselage, helicopter housing and rotor paddle leaves, aircraft secondary structural components (floor, door, seat, auxiliary fuel tank), aircraft engine parts, helmets, radar hoods, etc.
Glass fiber composite materials have the characteristics of corrosion resistance, light weight, and superior enhancement effect, and are widely used to manufacture yacht hulls and deck.
Because composite materials have obvious advantages compared with traditional materials in terms of toughness, corrosion resistance, abrasion resistance and temperature resistance, and meet the requirements of high -quality light and strong quality of transportation tools, their application in the automotive field is becoming wider and wider. The typical application of glass fiber composite materials is:
-The front bumper, muddy board, engine cover, truck ceiling
-The car dashboard, seat, cockpit, decoration
-Cot electronic electronic component
Glass fiber composite materials have the characteristics of good corrosion resistance and superior enhancement effect. They are widely used in the chemical fields, manufacturing chemical containers (such as storage tanks), anticorrosive grille, etc.
The use of glass fiber enhancement composite materials in electronics mainly uses its characteristics of electrical insulation and corrosionality. The application in the field of electronics mainly includes:
1. Electrical cover: Electric switch box, electrical wiring box, instrument cover, etc.
2. Electric components: insulation, insulation tools, motor end cover, etc.
3. Investment power includes composite cable brackets, cable groove brackets, etc.
Glass fiber has good size and excellent performance. Compared with steel, concrete and other materials, the characteristics of light weight and corrosion resistance have made glass fiber enhanced composite materials into manufacturing bridges, docks, highway roads, trestle bridges, water building, pipelines Ideal materials for infrastructure.
Compared with traditional materials such as aluminum and steel, the characteristics of glass fiber enhancement materials have a better performance and a lighter weight for composite materials.
The application of glass fiber composite materials in this field includes: industrial gear, air pressure bottle, laptop computer, mobile phone case, home appliance parts, etc.
Composite materials have the characteristics of light weight, high strength, high design freedom, easy processing molding, low friction coefficient, good fatigue resistance, etc., and have been widely used in sports equipment. The typical applications of glass fiber compound materials include: skiing, tennis rackets, badminton rackets, rowing, bicycles, motorboats, etc.
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