Polymers

Introduction  Erasers are an integral part of everyone’s life while growing up. You must have used erasers during childhood to erase wrong sentences or words while writing or tying hair with a rubber band. Have you ever thought about what they are made up of? Let us tell you; these are made using rubbers extracted […]

Rubber in its original form is of no use, but it produces various useful rubber products when mixed with certain chemicals. Synthetic rubber acts as a substitute for many natural rubbers. The texture can be as hard as a bowling ball or even as soft as a sponge, depending upon the chemicals mixed and the

Polythene, nylon, polyester, and bakelite are examples of polymers with an emphasis on their monomers and applications. Commercially Important Polymers There are a variety of commercially important polymers that are utilised in a variety of fields of research, industry, and technology. Here are a few examples: Nylon Nylon is a lab-created synthetic polymer that is

Polyester, often known as nylon, is one of the most versatile synthetic materials, with applications ranging from everyday activities to industrial processes. Nylon is a type of material that may be easily drawn into fibers by hand. It is easily formed into everyday items for use in the production of utilities. We’ve had nylon by

Natural Rubber is a stretchable and shrinkable polymer. It is found in nature and can also be artificially synthesised. Humans have been using rubber since the earliest times. However, it became an important industrial raw material for several purposes during the nineteenth century. It contains impurities and is reactive to environmental conditions and hydrocarbons. The

Rubber is an elastomeric – elastic polymer – material that comes in many forms. It may be sourced from tropical plants in the form of natural rubber, as well as from petroleum and natural gas in the form of synthetic rubber.  Rubber is flexible and durable, and therefore, has many uses. Rubber is the primary

Fibres are thread-like structures that are long, thin, and flexible, and they are made of cellulose. These may be spun into yarns, which can then be used to create fabrics. Fibres can come in a variety of shapes and colours. Natural fibres are distinguished from synthetic fibres in that they are derived from living organisms

The term “man-made” refers to fibres in which either the basic chemical units have been manufactured by chemical synthesis followed by fibre production or the polymers from natural sources have been dissolved and regenerated after passing through a spinneret to form fibres.  Artificial fibres are those that are manufactured through chemical synthesis, whereas fibres that