The term asbestos refers to a group of six minerals that occur naturally in the environment. These minerals exist in the form of bundles of fibers that are separable into thin and durable threads, which can be used for industrial and commercial purposes. The fibers are poor conductors of electricity and heat. They also exhibit a high level of resistance to chemicals, fire, and heat. These qualities give asbestos a lot of industrial importance. This is what Chicago asbestos are all about.
Other minerals that resemble asbestos also exist. Such minerals include erionite. Asbestos is categorized as a silicate compound when it comes to quality and chemical composition. This means that it is composed of silicone and oxygen in its molecular structure. This composition often varies which leads to the six main types of the mineral in existence.
This material exists in two major groups, that is, amphibole and serpentine asbestos. The serpentine group is composed of mineral chrysotile. Mineral chrysotile has long and curly fibers that are capable of being woven. Chrysotile group is the one that has found a lot of commercial use today. On the other hand, amphibole group is composed of minerals such as tremolite, crocidolite, amosite, anthophyllite, and actinolite.
Amphibole fibers take the form of needles. In contrast to fibers in serpentine, fibers in they are more brittle. There is limitation in amphibole fabrication. Asbestos mining and commercialization has been in existence in several parts of the globe from the 1800s. This regions include North America. At the time of the Second World War, amphibole use increased immensely. Amphibole use in building and construction increased a great deal since then.
Some of the areas where the mineral is used is in strengthening plastics and cement for use in construction. It is also used in roofing, insulation, sound absorption, and fireproofing. Hot water pipes, steam pipes, and boilers in shipbuilding industry among other industries are insulated using the mineral. Also, clutch pads and brake shoes found in automotive are made using this material. Other products that are made using the same material are coatings, plastics, adhesives, paints, crayons, and garden products.
However, the boom of the industry of asbestos was cut short after it was banned in the 1970s. The Consumer Product Safety Commission (CPSC) was the first body in the US to ban the use of the substance. Any use of this mineral was later banned by the EPA in 1989. However, products that were made before 1989 were not banned from use.
The ban of asbestos came after it was discovered that it is capable of causing several health conditions, including cancer. Given that this product is capable of being released into the environment in the form of tiny dust particles, they can be inhaled easily. Once inhaled, they accumulate inside the body and does not undergo disintegration or break down.
Also, there are no reliable mechanisms in the body that can eliminate the dust particles from the body once they are inhaled. With time, these particles lead to mutation of cells which causes cancer. Mostly, these particles accumulate in the lungs and cause lung cancer.
Other minerals that resemble asbestos also exist. Such minerals include erionite. Asbestos is categorized as a silicate compound when it comes to quality and chemical composition. This means that it is composed of silicone and oxygen in its molecular structure. This composition often varies which leads to the six main types of the mineral in existence.
This material exists in two major groups, that is, amphibole and serpentine asbestos. The serpentine group is composed of mineral chrysotile. Mineral chrysotile has long and curly fibers that are capable of being woven. Chrysotile group is the one that has found a lot of commercial use today. On the other hand, amphibole group is composed of minerals such as tremolite, crocidolite, amosite, anthophyllite, and actinolite.
Amphibole fibers take the form of needles. In contrast to fibers in serpentine, fibers in they are more brittle. There is limitation in amphibole fabrication. Asbestos mining and commercialization has been in existence in several parts of the globe from the 1800s. This regions include North America. At the time of the Second World War, amphibole use increased immensely. Amphibole use in building and construction increased a great deal since then.
Some of the areas where the mineral is used is in strengthening plastics and cement for use in construction. It is also used in roofing, insulation, sound absorption, and fireproofing. Hot water pipes, steam pipes, and boilers in shipbuilding industry among other industries are insulated using the mineral. Also, clutch pads and brake shoes found in automotive are made using this material. Other products that are made using the same material are coatings, plastics, adhesives, paints, crayons, and garden products.
However, the boom of the industry of asbestos was cut short after it was banned in the 1970s. The Consumer Product Safety Commission (CPSC) was the first body in the US to ban the use of the substance. Any use of this mineral was later banned by the EPA in 1989. However, products that were made before 1989 were not banned from use.
The ban of asbestos came after it was discovered that it is capable of causing several health conditions, including cancer. Given that this product is capable of being released into the environment in the form of tiny dust particles, they can be inhaled easily. Once inhaled, they accumulate inside the body and does not undergo disintegration or break down.
Also, there are no reliable mechanisms in the body that can eliminate the dust particles from the body once they are inhaled. With time, these particles lead to mutation of cells which causes cancer. Mostly, these particles accumulate in the lungs and cause lung cancer.
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