Fiberglass consists of exceptionally fine Fiberglass insulation material that is used to heatproof, soundproof and coldproof the majority of homes. It is used commonly in two types of insulation, which are loose-fill and batts and rolls. Additionally, it is available as duct insulation and rigid boards.

According to the United States Department of Energy, manufacturers currently produce high-density and medium-density fiberglass batt insulation commodities with an R-Value that is slightly higher than standard batts. Unfinished walls, ceilings and floors can be insulated with fiberglass. It is fitted between beams, joists and studs.

Fiberglass is designed to stem the spread of cold and heat in both commercial and residential insulation projects. This material provides a great option for homeowners who would like to install it as a do-it-yourself project or those who would like to save a few dollars on insulation.

The Make Up of Fiberglass

Fiberglass insulation has a makeup of plastic that is reinforced by tiny glass fibers. It is created by spinning molten glass into fibers while it is being covered with a liquid binder. After which, the pieces are broken up into shorter bits. The cooling glass fibers then drop onto a moving conveyor belt and end up piling up into a knotted mess.

Following this, the conveyor transports the tangled layer of fiberglass through curing ovens. Upon the completion of this procedure, the batts are cut to the width and length that are desired. If loose-fill is the final product, a binding agent will not be utilized for this purpose.

How This Insulation Works

As an insulator, fiberglass slows the spread of cold, heat and sound in structures. The substance does this by entrapping pockets of air, keeping spaces cooler in the summer and warmer in the winter. Reducing the volume of air coming into and seeping out of a home can lead to the home being comfortable. It is worth noting that fiberglass restricts air movement but does not completely stop it.

Fiberglass and other forms of traditional insulation are resistant to heat transferred by way of conduction. However, traditional is not always an indication of more efficiency. Fiberglass and other traditional insulation materials are typically inadequately protected against air flow, which contributes to energy loss and discomfort in the home. When it gets right down to it, you have to select an insulation material that is most suitable for your needs.