Properties of Polyethene, Nylon, and Polyester Polyethene: Non-polar: It is not attracted to other molecules with different electric charges....
Polyethene:
Non-polar: It is not attracted to other molecules with different electric charges.
Good solvent for hydrocarbons: It dissolves easily in organic solvents like oil.
Flexible and transparent: It can be stretched into a thin film.
Strong and durable: It is a rigid polymer when heated but can be softened by stretching.
Examples: Polythene bags, cling film, and plumbing pipes.
Nylon:
Polyamide polymer: It is a strong and heat-resistant polymer.
Good moisture and oil resistance: It can be used for a variety of applications, including sportswear and insulation.
Flame-resistant: It is highly resistant to burning.
Examples: Nylon ropes, carpets, and synthetic fabrics.
Polyester:
Synthetic polymer: It is a polymer made from petrochemicals.
Excellent mechanical strength and elasticity: It is used in a wide range of applications, from carpets to sails.
Biodegradable: It is slowly broken down by bacteria.
Examples: Polyester fabrics, carpet fibers, and plastic bottles