Fiberglass is one of the most common types of fiber reinforced plastic where glass fibers are embedded to impart reinforcement. The strength of fiberglass is determined by type, quantity, location, and orientation of glass fibers within the fiberglass products. There are many applications of fiberglass across various industries including aviation and aerospace, marine, house building, construction of water systems, oil and gas artificial lift systems, swimming pools, and many more. Storage tanks, pipes, FRP panels, bathtubs, etc. are the common products of fiberglass. Fiberglass are constructed from different types of glass and have four basic forms including rovings, mats, strands, and fabrics.
Advantages of Fiberglass
Fiberglass is an absolutely versatile material, has various application and advantages as well.
Lightweight: This is one of the most advantageous properties of fiberglass. It is comparatively lighter than other materials like steel and aluminum and hence allows easy transportation and installation. Fiberglass is ideal for structural designs which demand weight savings as it has low weight-to-strength ratio. The inherent lightweight property also allows to mount equipment in existing structure.
Corrosion Resistance: Main reason for various application of fiberglass is because of its resistance to corrosion. Fiberglass laminate with higher resin content have more corrosion resistant and often used in storage tanks for chemicals. It can withstand wide range of corrosive environment and does not get affected by any bugs. Advantages of fiberglass persist for both indoor and outdoor application at hotel, wastewater treatment systems, chemical plants, and others.
High Strength: Fiberglass equipment or products are widely used due to its high strength. It is stronger than sheet metal and do not rust, therefore used in docks which often get damaged by sea water. High strength properties also enhance the applications of fiberglass in missiles, pultruded shapes, etc. It shows improved strength in cold conditions and thereby in the construction of platforms, structures, walkways, and more.
Cost Effective: Fiberglass is absolutely economical and can be used to make things that are expensive with other materials. It requires lower cost for maintenance, storage, and shipping.
Flexible: Fiberglass can be molded in any configuration with minimal tooling cost which offers design engineers with endless possibilities. Using fiberglass can also improve the aesthetics of the products especially in covers and enclosures.
Other advantages of fiberglass also include non-conductive, electro-magnetic transparency, weatherproof, fire resistant, and good electrical insulator. Fiberglass is ideal for housing electronics, absorbs sound waves, and proves to be better than other material in various application.
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