THERMOPLASTICS

THERMOPLASTICS

1. Properties

   • They are elastics
   • Viscoelasticity
   • Corrosion
   • Electrical properties
   • Impact

2. POLYETHILENE

   • Polyethilene is one of the most common plastic due to its low price and simplicity in manufacturing
   • APPLICATIONS
     • Wares
     • tubes
     • Pots

3. POLYPROPYLENE

   • Polypropylene belongs to the group of polyolefins and is used in a wide variety of applications including food packaging, fabrics, laboratory equipment, automotive components and, clear films.
   • APPLICATIONS
     • Toys
     • Speakers
     • carpet

4. PVC

   • PVC is the derivate of the most versatile plastic. It can be produced by four different processes: supension, emulsion, mass and solution
   • APPLICATIONS
     • Cable insulators
     • Clothing
     • Tapestry

5. POLYSTYRENE

   • The polystyrene is obtained from the polymerization of styrene monorer
   • APPLICATIONS
     • packaging manufacturing
     • manufacture of thermal insulators
     • in some ovens

6. PET

   • PET is use in fibres for clothing, containers for liquids and food, thermoforming for manufacturing and in combination with glass fibre for engineering resins
   • APPLICATIONS
     • Containers of oil
     • containers of water
     • containers of cosmetics

7. METHACRYLATE

   • Methacrylate unlike glass, is unbreakable, very flexible and more transparent. It is one of the most consume plastic consume.
   • APPLICATIONS
     • music stands
     • keychains
     • chains

8. POLYAMIDES

   • The polyamides can be found in found, such as wool or silk and can also be synthetic.
   • APPLICATIONS
     • socket manufacturing
     • ink manufacturing
     • vehicle construction

9. TEFLON

   • Teflon is practically inert, it dodesn't react with another chemical substance except in very special situations.
   • APPLICATIONS
     • Cookware
     • Textile industry
     • Chemical industry

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