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Types of Resins and their Uses

What are the types of resins? What are the applications and uses of resins?

Subject: Types of Resins and their Uses

28-Feb-2012 QuimiNet Adhesives, Furniture, Textile , Adhesives
Resins are any of the chemically modified natural resins or synthetic polymers which are physically similar, including thermoplastic materials such as polyvinyl, polystyrene, and polyethylene, as well as thermosetting materials such as polyesters, epoxies, and silicones. They are used as stabilizers, pigments and other components to form plastics.
 
The different types of resins, their primary properties, and their applications and uses are summarized in the following table:
 

Type of Resin

Properties

Uses

Phenols

Strength,  heat and impact resistant, high resistance to chemical corrosion and to the penetration of moisture, machinable

Resin impregnation

Brake linings

Rubber resins

Electrical components

Laminate

Adhesives for cement

Bonded adhesives

Molds

 

 

 

Type of Resin Properties Uses
Amines Good resistance to heat, resistant to solvents and chemicals, extreme surface hardness, resistant to fading

Molding compounds

Adhesives

Laminate resins

Paper coating

Textile treatment

Laminated Wood

Decorative structures 

Polyester Extreme flexibility in processing, excellent resistance to heat, chemicals and flame, low cost, excellent mechanical and electrical features

Construction

Laminate

Auto-repair of fillers

Skis

Fishing rods

Plane and ship components

Coatings

Decorative accessories

Bottles 

Alkyds

Excellent electrical and thermal properties, versatile in  flexibility and rigidity, good chemical resistance

Electrical insulation

Electronic components

Putty fillers

Paints

Polycarbonates High refractive index, excellent chemical properties, electrical and thermal dimensional stability, transparent, resistant to staining, good resistance to filtration

Metal replacements

Safety helmets

Lenses

Electrical components

Photography film

Insulators 

Polyamides Easily molded, strong and resistant, lightweight, abrasion resistant, low friction coefficient, good chemical resistance

Nonlubricated bearings

Fibers

Gears

Applications

Sutures

Tires

Watchbands

Packaging

Bottles

Aromatic Polyamides  Resistant to high temperatures 

Reinforcement of organic matrices

Polyimides Resistant to high temperatures 

Molded pieces

Film

Laminated resins for use at high temperatures up to 180°C

Polyurethanes Extreme versatility when combined with other resins, good physical, chemical and electrical properties

Insulation

Elastomers

Adhesives

Foam liners for clothing

Polyether

Excellent corrosion resistance to acids, alkalis and salts, can be seam welded and machined for fillings of any type, form or size of structure

Coatings

Valves

Pump gears

Parts for water meters

Bearing surfaces

 

For content reasons, this table was divided into two parts.

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