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Polymerization Types and Examples

Polymerization

A process which permit the small units called monomer to form  large bulky molecule through covalent linkage is called polymerization.

Types of polymerization

Here are five types of polymerization:

  1. Addition polymerization:
  2. Condensation polymerization:
  3. Radical polymerization:
  4. Ionic polymerization:
  5. Ring-opening polymerization:

Addition polymerization:

When unsaturated monomers, such as alkenes or dienes,reacted together to form polymers this process is called addition polymerization. The reaction happen by

 Examples of addition polymerization

Examples of addition polymerization involves the production of

Condensation polymerization:

The reaction of monomers which contain two functional groups, such as

The reaction happen by the removal of a small molecule, such as

Examples of condensation polymerization involves the production of

Radical polymerization:

The type of polymerization in which a free radical species start the process of polymerization is called radical polymerization. The free radical itself formed by thermal or photochemical methods, and it interacts with the monomer to form a polymer. Examples of radical polymerization involves the production of

Ionic polymerization:

When an ionic species, such as a cation or an anion start the process of polymerization then it is called ionic polymerization. The ionic species first react with the monomer to form an intermediate, which further  reacts with another monomer to form a polymer. Examples of ionic polymerization involve the production of

Ring-opening polymerization:

This type of polymerization includes the opening of cyclic monomers, such as

The reaction happen by the cleavage of the cyclic bond and the production of a new bond between two monomers. Examples of ring-opening polymerization include the formation of

 

 

Importence of polymerization

Polymerization has much importance in numerous field some of them are given below:

 

Materials science:

Polymerization is necessary for the production of a broad range of materials that we use in everyday life, including

These materials have specific properties that allow them to use in many different applications, from

Pharmaceuticals:

Polymerization is applicable to form biodegradable polymers that can be used to

Polymerization is also used to form medical devices, such as

which ought to be biocompatible and have unique mechanical properties.

Energy:

Polymerization is used to produce materials that can be used in energy applications, such as

Polymers can be applicable as

Environment:

Polymerization is a process which can be utilized to form biodegradable polymers that provide aid to lessen the quantity of plastic residue in the atmosphere. These polymers can be built from the sources which can regained, such as `

and can be used in applications such as

Research:

Polymerization is a significant instrument for scientists studying the characteristics of polymers and their behavior in changing environments. Polymerization can be used to for the preparation of polymers with definite properties, which can be studied and optimized for different applications.

Note

Overall, polymerization is a multipurpose and significant process that plays a important role in modern society and has the capability to address many of the hardships facing our world now a days.

 

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