Fiberglass is a plastic that has been made through glass-fiber reinforcement to strengthen the final product. The fiberglass insulation can be defined as the manufacture of fiberglass plastics for domestic or industrial setting. Fiberglass, which can also be referred to as glass wool is a flexible and weather resistant material that is also very strong and lightweight. It is mainly used in plastic manufacturing industries and it comes in different textures and variations in composition.
Fiberglass can be subdivided into two groups based on the method of manufacture. There is the continuous fiber that is used in yawn and textiles and the discontinuous variety that is used as blankets, bats, boards for filtration and insulation. Fiberglass was developed to replace the molded plywood that was used in aircraft radomes. These are dome shaped and weatherproof enclosure that protects a microwave such as radar.
Other usage of the fiberglass have been derived such as building of boats and sport car bodies, whose usage dates back to almost a decade ago. This usage has boosted the automotive and sport production firms to make durable products for consumers. Carbon fiber has also been made and its application in aircraft production is very effective. This is because the carbon fiber is lightweight and is very strong in both weight and volume.
Fiberglass is also employed in shrouding the antennas in telecommunications industry. Shrouding is a coating process and fiberglass is a good choice as it is very permeable to radio frequency signals. The glass wool also has less signal attenuation or interruption meaning that signals are not lost during communication.
Where signal attenuation does not matter, the fiberglass is used to cover signal transmission equipment. This is mostly applicable in making of steel and cabinet support structure where signal reception is not needed. Fiberglass can be molded or painted especially where the users want to create a blending with other surfaces. It is also used in making electrical insulators that most power industry products have. Protective gears such as helmets and masks are also made using fiberglass due to its durability and light weight property.
Fiberglass is also an important input for manufacture of water tanks. These are made with different sizes with volume capacities of some tanks reaching about 300 tonnes. Such containers are made from woven filament wound fiber or mat with fiber orientation at right angles. The tanks can be used for chemical storage as their polypropylene plastic lining is resistant to corrosion.
Other domestic applications of the fiberglass are in making plastics for house building materials. These could include making sills, roofing laminate, door surrounds and window canopies. They are preferred to other materials like metals or wood because they are lightweight and easy to handle as well as install. Fiberglass can also be incorporated by the house panel industries to produce well-insulated panels, serving as acoustics and heat controllers.
The most common application of fiberglass is the piping industry where weather resistant and corrosion free pipes are made. The pipes can be erected in above- and below-ground systems to serve different functions. Fiberglass may also be made into yawn and woven into fabric, or used as reinforcement material commonly used in laminated and molded plastics. Fiberglass wool may also be used for sound absorption and thermal insulation.
Fiberglass can be subdivided into two groups based on the method of manufacture. There is the continuous fiber that is used in yawn and textiles and the discontinuous variety that is used as blankets, bats, boards for filtration and insulation. Fiberglass was developed to replace the molded plywood that was used in aircraft radomes. These are dome shaped and weatherproof enclosure that protects a microwave such as radar.
Other usage of the fiberglass have been derived such as building of boats and sport car bodies, whose usage dates back to almost a decade ago. This usage has boosted the automotive and sport production firms to make durable products for consumers. Carbon fiber has also been made and its application in aircraft production is very effective. This is because the carbon fiber is lightweight and is very strong in both weight and volume.
Fiberglass is also employed in shrouding the antennas in telecommunications industry. Shrouding is a coating process and fiberglass is a good choice as it is very permeable to radio frequency signals. The glass wool also has less signal attenuation or interruption meaning that signals are not lost during communication.
Where signal attenuation does not matter, the fiberglass is used to cover signal transmission equipment. This is mostly applicable in making of steel and cabinet support structure where signal reception is not needed. Fiberglass can be molded or painted especially where the users want to create a blending with other surfaces. It is also used in making electrical insulators that most power industry products have. Protective gears such as helmets and masks are also made using fiberglass due to its durability and light weight property.
Fiberglass is also an important input for manufacture of water tanks. These are made with different sizes with volume capacities of some tanks reaching about 300 tonnes. Such containers are made from woven filament wound fiber or mat with fiber orientation at right angles. The tanks can be used for chemical storage as their polypropylene plastic lining is resistant to corrosion.
Other domestic applications of the fiberglass are in making plastics for house building materials. These could include making sills, roofing laminate, door surrounds and window canopies. They are preferred to other materials like metals or wood because they are lightweight and easy to handle as well as install. Fiberglass can also be incorporated by the house panel industries to produce well-insulated panels, serving as acoustics and heat controllers.
The most common application of fiberglass is the piping industry where weather resistant and corrosion free pipes are made. The pipes can be erected in above- and below-ground systems to serve different functions. Fiberglass may also be made into yawn and woven into fabric, or used as reinforcement material commonly used in laminated and molded plastics. Fiberglass wool may also be used for sound absorption and thermal insulation.
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