Polymers

Urea Formaldehyde - Properties/Description

Hard, brittle, and stiff.
Good electrical insulation.
High surface hardness.

Urea Formaldehyde - Uses

Electrical fittings.
Adhesives for wood.
Molded furniture parts.

Melamine Formaldehyde - Properties/Description

Heat-resistant and durable.
Scratch and stain-resistant.
Hard and rigid.

Melamine Formaldehyde - Uses

Kitchenware and laminates.
Decorative surfaces.
Electrical insulation.

Polyester Resin - Properties/Description

Strong but brittle.
Good chemical resistance.
Can be reinforced with glass fiber.

Polyester Resin - Uses

Boat hulls and car bodies.
Casting and molds.
Fiberglass components.

Epoxy Resin - Properties/Description

High strength and adhesion.
Good chemical and heat resistance.
Can be cured at room temperature.

Epoxy Resin - Uses

Adhesives and coatings.
Electrical encapsulation.
Composite materials.

Natural Rubber - Properties/Description

Elastic and flexible.
Good abrasion resistance.
Biodegradable.

Natural Rubber - Uses

Tires and tubes.
Elastic bands.
Footwear soles.

Polybutadiene - Properties/Description

High resilience and impact resistance.
Good wear resistance.
Low heat build-up.

Polybutadiene - Uses

Tire treads.
Golf balls.
Conveyor belts.

Neoprene - Properties/Description

Oil and weather-resistant.
Flexible over a wide temperature range.
Good chemical resistance.

Neoprene - Uses

Wetsuits and gloves.
Industrial hoses.
Gaskets and seals.

Silicone - Properties/Description

Highly flexible and heat-resistant.
Water and chemical-resistant.
Non-toxic and biocompatible.

Silicone - Uses

Medical implants and cookware.
Sealants and adhesives.
Lubricants and coatings.

Thermoplastic Elastomer - Properties/Description

Combines rubber elasticity with plastic properties.
Recyclable and processable like plastics.
Resistant to UV and chemicals.

Thermoplastic Elastomer - Uses

Soft-touch grips and handles.
Seals and gaskets.
Flexible tubing.