Resin Manufacturers - Types of Resin and Their Uses - Bansal Trading Company

Bansal Trading Company

Types of Resin
and Their Uses

Contact Details
01145086000
[email protected]
www.bansaltrading.com

Resin Manufacturers

Resins are the backbone of many industries and end applications. A compromise of the
quality of resins has far reaching and often catastrophic result in the durability and
resilience of a coating or adhesive. Bansal Trading Company markets the most advanced
resins and resin systems bought from manufactures of resins applied in multiple
productions. We further supply and distribute these resins to our clients according to the
end application and often bespoke resins at a reasonable rate. Also, we never
compromise with the quality that we provide as we believe in building trust with every
client.

Resins remain as a viscous substance and convert into rigid polymers through a curing
process. We may find it in natural and synthetic forms, with many different properties.

Types of Resin Polyester Resins Alkyd Resins
and Uses Polyamide Resins Silicone Resins
Polyethylene Resins Polystyrene Resins
We may divide resins into 12 major kinds with Polycarbonate Resins
different properties and uses. Let’s look briefly Epoxy Resins
at all these types of resins and their uses. Polypropylene Resins

Phenolic Resins

Polyurethane Resins
Acrylic Resins

Types of Polyester Resins
Resin
The reaction of dibasic organic acids and polyhydric alcohols produces polyester
resins. These resins offer flexibility and excellent resistance to heat, chemicals,
and flame.

Also, polyester resins have low costs and have applications in coatings and
construction. It moreover has a benefit for laminate, auto-repair of stuffing, fishing
poles, ship elements, skis, aircraft, ornamental accessories, and containers.

Alkyd Resins

Alkyd resin creates by heating polyhydric alcohols with polybasic acids. We may
also refer to them as thermoplastic polyester resins. These resins display
outstanding electrical & thermic characteristics and immeasurable chemical
stability.

In addition, alkyd resins have low cost and offer applications for electrical
components, paints, putty fillers, and electronic components.

Polyamide Resins

These resins present properties of easy molding, strong resistance, and lightweight. Also, it contains an amide group as a
recurring character of their molecular chains.

Polyamide resin further offers a low friction coefficient, along with abrasion and chemical resistance. Its application involves
nonlubricated bearings, gears, watchbands, bottles, sutures, packaging, fibers, and tires.

Silicone Resins

In previous times, manufacturers created silicone resins with sodium silicate and various chlorosilanes. But now, they form them
with concise receptive tetraethoxysilane or ethyl polysilicate and various disiloxanes.

Also, silicone resins present good thermal & oxidative stability along with flexibility and water repellency. They further form hard
films because of their three-dimensional network structure.

In particular, the application of silicone resins involves laminates, defoamers, rubber, encapsulated resins, and water-resistant
applications.

Polyethylene Resins

Such resins have become the most common type, with over 100 million tons produced annually.

Also, polyethylene resins have strong chemical and steam or moisture resistance. It even offers a high degree of flexibility.
Further, the application of these reins comprises packing for laminates and films. Likewise, polyethylene resins have usages in
cable insulation, molds, pipes, containers, coatings, linings, toys, and tubes.

Polystyrene Resins

Polystyrene resins presents as aromatic hydrocarbon polymers made from the monomer styrene.
Also, they offer low cost and easy maintenance with excellent resistance to acids, alkalis, and salts.
Further, polystyrene resins exhibit good clarity and flexibility. Likewise, these resins become useful for pipes, cooling towers,
dashboards, insulation, rubber, foams, and automotive instruments.

Phenolic Resins

Phenolic resins fall into a type of thermosetting resin and present strong energy and impact resistance.
They also have a high resistance to chemical corrosion, moisture penetration, and effortless mechanization.
Further, the application of phenolic resins involves brake linings, adhesives for cement, resin impregnation, laminate, molds,
electrical components, and bonded adhesives.

Polycarbonate Resins

These resins involve in the category of thermoplastics and generally develop from bisphenol A and phosgene.

Also, polycarbonate resins have a high refractive index, resistance to staining, electrical & thermal dimensional stability, and
filtration resistance.

Thus, their applications comprise safety helmets, photography films, metal replacements, electrical components, insulators, and
lenses.

Polyurethane Resins

Polyurethane resins show versatility as copolymers made up of polyol and isocyanate components. These resins also have high
film elasticity and adhesion to substrates.

Further, polyurethane resins have superior stability of extension and firmness. So, these resins offer different applications like
adhesives, insulation, foam liners for clothing, and elastomers.

Epoxy Resins

We may also know epoxy resins with their other name, polyepoxides. These resins exhibit as a type of receptive prepolymers
and polymers comprising epoxide groups.

Also, epoxy resins offer excellent chemical and heat resistance with strong adhesion properties.

Thus, the application of these resins involves flooring, surface coatings, laminates, linings, adhesives, and propellers.

Acrylic Resins

Acrylic resins remain as related thermoplastic or thermosetting plastic substances. They create from acrylic acid, methacrylic
acid, or other related compounds.

Also, acrylic resins proffer good tensile strength with impact and UV resistance. Thus, these resins have different uses like
adhesives, signs, structural & decorative panels, elastomers, translucent tiles, and coatings.

Polypropylene Resins

These resins classify into types of thermoplastic polymer resin with no BPA (bisphenol A). Also, polypropylene resins appear
colorless, tasteless and have low density but good heat resistance.

Likewise, these resins have good chemical resistance. Further, the sterilization features of polypropylene resins land them into
medical equipment.

They have main applications in electronic components, fibers & filaments, toys, coatings, pipe, and production tubing.

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