What Are The Different types of home insulation
Inspecting your home’s insulation company is one of the quickest and most cost-effective methods you can undertake to reduce your spend on energy in blown insulation. If neither of these measures is sufficient to keep the house warm the best alternative is to consider the blown contractors for installation of uPVC double glazed windows. This will reduce the heat loss from and energy consumption of the house, thereby reducing carbon emissions and making a genuine contribution to the environment.
With a correct mixture of products and construction procedures your home insulation service can be protected against air leaks and moisture as well as reducing the impact of the temperature outside. In fact, studies have shown that proper spray foam insulation can improve your home’s temperature comfort by up to 10%.
If your house is built before 1980; if you find it overly cold in the winter or hot in the summer; if your energy bills are extreme; if you find noise from outside disturbs you; if you are extending or building; then you need to examine your insulation.
The first place to start checking is in your attic, ceiling, exterior and cellar walls, floors and crawl areas to determine what spray foam insulation you have and if it comes up to the recommended levels for your area.
Insulation material is measured in R-values. The higher the R-value the product carries, the better the level of protection against heat transfer.
The US Department of Energy (DOE) has published a recommended range of R-values for all areas across the country determined by local climatic conditions and cost of energy for home insulation companies.
Although insulation is available in a wide variety of materials, it typically comes in four types of home insulation; each with it’s own characteristics.
1) Rolls and batts (or blankets)
These are flexible and made from fibers, like fiberglass, rock wool, plastic or natural fibers. They are fitted between studs, joists, and beams and suitable for using in unfinished walls, floors and ceilings.
This is generally made of fiberglass, rock wool, or cellulose insulation and comes in small particles. It is installed by being blown into the space using a special pneumatic blower. It is great for adding insulation to existing areas, oddly shaped areas and around obstacles.
3) Rigid foam
Whilst generally more expensive than fiber products, it is very effective in buildings with space limitations and where higher R-values are needed. It is often used in unfinished walls; ceilings and floors; and un-vented low-slope roofs.
Is blown into walls and reduces air leakage. Good for adding insulation to existing completed spaces, irregularly shaped spots, and around obstructions.
There are many different variations of the four types of home insulation listed above and literally hundreds of different products to choose form. Many homeowners are opting for a more ‘green’ approach and opting for natural products like wool. And many are even building homes using old techniques such as straw bale construction. To counteract the substantial amount of heat that is lost through energy-inefficient windows, various measures, both temporary and permanent, can be taken. During the winter months it may be sufficient simply to use heavier curtains with a lining. If this does not suffice, secondary double glazing windows can be installed.
What ever the insulation option you choose, you will be impressed with the better temperature control and hopefully will be even more impressed with a reduction in your energy bills. A great deal of literature has been disseminated to local authorities, housing associations registered social landlords, energy companies and individual property owners to highlight the issue of heat loss, explain and to identify the insulation measures than they can take to minimise the effects of this in their properties. In this article we will look at the principle areas where insulation can have an immediate and lasting effect on a property’s energy efficiency.
A surprising amount of heat loss and a consequent increase in energy use occurs through the doors of a property. Doors can be insulated by ensuring that any gaps, that permit the entry of drafts, are filled with the appropriate draft excluder and any letter boxes should have a protective cover. If you wish the door to have its own windows, to provide additional light, it may be sensible to replace the existing door with a uPVC double glazed version.