Relation between chemistry and clothing:
Chemistry has provided solutions to the various day-to-day problems of human beings. This is also true when it comes to covering our bodies.
- Early man used to use leaves of trees and skin of dead animals to cover their body.
- But as man became more cultured and civilised, he shifted to fibres obtained from plants and animals.
Fibres: Fibres are long, thin, and flexible thread-like structures that are spun into yarns and then used as fabrics.
Natural fibres: Natural fibres are the fibres that are obtained from nature i.e.; plants and animals.
- Plant fibres: The fibres that are obtained from the plants. Examples: Cotton (obtained from the cotton plant), and Jute (obtained from the outer layer of the stem of the jute plant).
- Animal fibres: The fibres that are obtained from the animals. Examples: Wool (obtained from certain breeds of sheep), Silk (obtained from silkworms)
- With the advancements in chemistry, man developed synthetic fibres and was no longer dependent on plants and animals.
- Synthetic fibres were developed and they became a great alternative in the clothing industry. These are cheaper and made clothing affordable for the masses.
Synthetic fibres: Synthetic fibres are man-made fibres.
- They are prepared from raw materials called petrochemicals.
- They are formed from a polymer (poly means many; mer means units) which is made from many repeating units known as monomers (mono means single; mer means unit).
- Examples:
- Nylon (made from a polymer of adipic acid and hexamethylene diamine)
- Terylene (made from a polymer of ethylene glycol and terephthalic acid)
The benefits of synthetic fibres are:
- Durable i.e.; long-lasting.
- Wrinkle resistant i.e.; they do not develop wrinkles easily.
- Dry faster than natural fibres
- Easy to handle.
Disadvantages of synthetic fibres are:
Thus chemistry has made clothing affordable, provided us with a great variety of clothing, and has affected the quality of our lives daily.