Simply because plastic is most resistant to corrosion.
Pipes. It is used for alot of underground storm, sewer or freshwater pipes by cities.
Yes polythene can be used to make clothes
When polythene is rubbed with wool, electrons are transferred from the wool to the polythene due to differences in their electronegativities. The polythene gains extra electrons, making it negatively charged, while the wool becomes positively charged due to losing electrons.
copper metal is ussualy used for making pipes
Polythene is the most widely used plastic. Polythene is used for a variety of things such as buckets, shopping bags and packaging ect.
Sheets of polythene like meat wrappings are obviously transparent. Thicker ayers can be translucent and almost opaque.
Polythene is the commonly used plastic in the US and UK. It is used to manufacture packaging such as plastic bags, geomembranes, bottles, and containers.
Polythene is used in (plastic) bags but I don't Know what it's used for around the home sorry mate. Type your answer here...
Polythene is not biodegradable * Polythene threatens the life in the water bodies. The polythene articles (e.g. six pack rings) affects the survival of animals the aquatic and marine ecosystems. * Polythene is also likely to clog the drains causing problems in the water flow of the pipes. The pipe blockages would cause flooding and the free flow of water is disturbed. * Polethene is harmful for animals if swallowed. It can accumulate in the bowels which ultimately becomes lethal to the animal. * In most households poly bags are used to preserve food items. Reused bag may be contaminated by materials harmful to human health.
Sulfur is not used in making pipes because it is a brittle element at room temperature and can degrade when exposed to moisture, leading to leaks or breakages in pipes. Instead, materials like plastic, copper, or stainless steel are preferred for their durability and resistance to corrosion.
Polythene is a type of plastic that is generally considered to be ductile. This means it can deform without breaking when subjected to stress or strain, making it suitable for a variety of applications where flexibility is required.
Polymerisation