A Brief Insight on the Classification of Polymers and Their Applications

Posted by lcpae on April 6th, 2021

Polymers are created by the process of polymerization, where their constituent element known as monomers are reacted together to form polymer chains.  Polymers are among the major raw materials for UPR industry, and they tend to have high melting and boiling points.  The forms of polymers can be altered as per their desired usage.  There are several factors that affect the distinctive properties of polymers, including their brittleness, reflectivity, elasticity, ductility and impact resistance.  Such traits found in polymers are largely due to the type of polymerization reaction, such as condensation and addition reactions and the process through which it is carried out

Classification of Polymers

Polymers have extremely complex structures, varying sources of availability, vast applications and distinguished behaviors. Typically, the following three broad categories are used to classify them as per their source of availability:

• Natural polymers: Found in animals and naturals, these polymers develop naturally. Proteins, cellulose, starch and rubber are some of the most common examples. Moreover, there are also certain biodegradable polymers available that are called biopolymers.
• Semi-synthetic polymers: These polymers are derived from naturally occurring polymers, and subsequently go under further chemical modification. Cellulose acetate and cellulose nitrate are some of its most common examples.
• Synthetic polymers: These are man-made polymers, which are used in a variety of industries and dairy products.  Plastic is the most common and extensively used variant of synthetic polymer.

The offerings of polymers supplier in Dubai are used for several applications, as polymers are a crucial component of many industries.  In fact, the application of polymers and their subsequent composites is still advancing and growing, owing to their ease in manufacturing.  Whenever considering a polymer application, it is important to understand how the material behaves over time to access its real value. Polymeric materials can include coatings, rubbers, sealing materials, adhesive resins, polymer compounds, foams, solvents, ink, structural adhesives, fillers, fibers, and so on.

The use and application of diverse polymeric materials and polymers themselves can be seen in :

• Aircraft, aerospace, and sports equipment
• 3D printing plastics
• Biopolymers in molecular recognition
• Printed circuit board substrates
• Renewable biomass operations
• Monomeric Units

There are several other applications of polymers as well, whose details you can find through the web. Polyvinyl chloride, for example, has become popular for the construction of doors and windows.  While on the other hand, polystyrene is one of the most common plastics and is actively used in the packaging industry. There additionally are several companies that sell polymers, as well as Paints and Coatings raw materials today.