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Asbestos: Fibre Properties, Uses, Problems & More

Asbestos: Fibre Properties, Uses, Problems & More

Asbestos is a naturally occurring mineral that was used for many years in products such as insulation, brake linings, and other building materials. Asbestos was also added to some home and garden products to help strengthen them or to make them fire-resistant. Asbestos fibres can go into the air when they are disturbed or damaged. Exposure to asbestos can cause health problems, including lung cancer and mesothelioma (cancer of the lining of the chest or abdomen). Other than this, T & A textiles wholesale hosiery are also presenting the fabric dealing with asbestos to recycle it.

Asbestos causes cancer

The risk of developing an asbestos-related disease depends on how much asbestos you were exposed to and how long you were exposed. Asbestos exposure can also be passed from parent to child through genetic inheritance, so it is important for anyone who has been exposed to asbestos at work or at home to know what action needs to be taken now. Asbestos is a mineral used in many products over the years. It was used in building materials like flooring, roofing, siding, and insulation because it was resistant to fire, water, and extreme temperatures. The fibre properties of asbestos were so desirable that they were used in factories to make textiles and clothing as well as in paper-making processes. Asbestos was also used in protective clothing for workers who were exposed to dangerous conditions on the job site, such as mine workers who were exposed to toxic gases underground or shipyard workers who worked on ships that contained asbestos insulation, and it was also used by firefighters who were exposed to smoke from fires containing asbestos.

Because of its resistance to heat and chemicals, asbestos was also used in products such as brake pads for cars or oven mitts which required protection from high heat temperatures. Asbestos has been banned for new uses since the 1970s, but it is still found in older buildings that have never been renovated before, so it’s important to know what symptoms may occur if you live or work in an older home or building with asbestos-containing materials (ACM).

Origin of Asbestos

Asbestos is a fibrous silicate mineral that has been used for thousands of years. It has been found in Egyptian tombs and was used to make clothing, roofing, and other items until the 1970s, when it was linked to cancer. Today, asbestos is only used in some applications such as brake linings for automobiles and in the construction of new buildings because of its resistance to fire. In this article, we will discuss the chemical properties of asbestos and its uses, as well as potential health problems associated with exposure to asbestos.

Fibre properties

Asbestos fibres are long and thin, with lengths ranging from 0.1 to 25 µm and widths from 0.01 to 2 µm. They are flexible and can be bent without breaking or fracturing. In addition, asbestos fibres have high tensile strength (the ability of a material to withstand stretching forces). This means that they do not easily break when pulled apart.


Asbestos fibres have been used in both commercial and residential construction for insulation purposes. They are excellent thermal insulators because they slow down heat transfer through conduction, convection and radiation. Asbestos was also used as an ingredient in products such as cement, wallboard siding and ceiling tiles. These products were fire-resistant because the asbestos fibres absorbed heat when exposed to flames, thereby preventing the spread of fire throughout the building.

Problems & More

Asbestos has been used for centuries as a fibre in textiles and other products. It is considered to be a naturally occurring mineral that is fire-resistant and has high tensile strength. Asbestos was used extensively in the manufacturing of insulation materials until the 1980s, when it was found to be carcinogenic. The use of asbestos in these products has since been banned in most countries around the world, but there are still some countries where the use of asbestos is permitted.

Asbestos fibres can be classified into two major types: serpentine and amphibole fibres. Serpentine asbestos fibres are flexible and have high tensile strength (about 20 times greater than steel), which makes them ideal for use as reinforcement material in various applications such as cement, plasterboard, adhesives and insulation materials. The amphibole fibres are stiffer and less flexible than serpentine ones; they also have lower tensile strength but higher compressive strength than the latter type of asbestos fibre because they do not break easily under compression forces (they bend instead).

Asbestos fibres have a large surface area compared to their size and can therefore absorb water easily. This makes asbestos fibres hydrophilic and therefore useful for making products such as cement because they help to bind together sand particles into concrete. 

In addition to being hydrophilic, asbestos fibres are also electrically conductive, which means that they can be woven into conductive fabrics such as knitted clothes for use by electricians who need to work on live electrical wires without getting electrocuted. 

The most common form of asbestos is chrysotile which comes from serpentine rock deposits and accounts for around 95% of all commercial production of asbestos fibres globally. However, there are other types (such as crocidolite). Asbestos is a naturally occurring mineral that was once widely used in the textile industry. In fact, it was so widely used that the World Health Organization has declared it one of the most dangerous substances on Earth; its use has been banned in many countries and regions.


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