Home Insulation Guide

Insulation is meant to lessen the flow of heat from home and into your home. Home insulation is an effective way to prevent heat loss or grow in the interior of the house by shielding it from the weather outside. This is most economical if done while remodeling or renovating your home or when your desire to lower energy bills.

When choosing home insulation, the most crucial factor to look at is its R-value. This value is represented by a number – the higher the number, the more efficient the material is at retaining heat. For homes in cold areas, a higher R-value helps keep your energy bills low by making the most of your energy efficiency.

You’ll find 4 types of insulation you must know about whenever thinking of your home;


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1)    Fiberglass Insulation: It is the most frequently used type seen in residences anywhere in the country. It’s usually bought in large rolls called batts, and its R-value is about 3.2 per inch. These are generally made use of in between floor joists as well as within wall cavities. You will find safety hazards when making use of this type of insulation. Be sure you wear a dust mask or a respirator in order that you don’t breathe in any of the dust. Furthermore, wear long sleeves and gloves to protect your skin.

2)    Loose-Fill Insulation: Loose-Fill is either blown or added into an area of a residence, usually used for enclosed spaces such as attics, ceilings, walls and floors. Loose-Fill insulation is offered in a variety of components such as fiberglass, rock wool and cellulose.

3)    Spray Foam Installation: The spray foam insulation is comprised of a type of foaming agent along with a polymer one. In most cases sprayed into tiny cracks or spaces. This kind of insulation is perfect for the areas that do not have a regular shape. If it is applied it comes in liquid form, but in a small amount of time it transforms into a solid mass.

4)    Rigid foam Insulation: This sort is the most pricey of all insulation materials but the most effective mainly because it has the highest tolerance for moisture. While generally costlier than fiber products, it is very effective in buildings with space limitations and where higher R-values are required. It is often used in unfinished walls; ceilings and floors; and un-vented low-slope roofs.