Getting Home Awnings In Sydney – Is It Worth It?

Are you considering getting a house awning and questioning whether it uses other advantages apart from visual appeals that you may not have considered? Awnings are more than just a decorative piece although individuals do tend to buy it for that purpose. Awnings also serve a practical function; one that is relatively apparent during the winter season and the warm summer months. How precisely is this so?

In this piece, we will review a couple of practical advantages of installing awnings on your house as touted by reputable manufacturers like “Shutters Australia”. It may just amaze you, and how a simple window treatment can prove so valuable.

Practical advantages of a home awning

Reduce your electrical power bill

What is something that winter and summer share – soaring energy expenditures! Individuals tend to raise the need for heating or a/c to keep themselves comfortable. Only setting up awnings can reduce the results of solar gain (the natural increase in temperature as a result of extended direct exposure to sunlight) by as much as 65 to 77 percent. As a result, people barely need to raise the thermostat on their a/c systems resulting in substantial energy cost savings after a year.

You would find that cost of getting awnings for your home is chump change compared with the amount of money you can potentially save in a few years. You can say the same thing about your heating expenditures throughout the winter. Awnings insulate your house interior keeping indoor spaces warm and cosy without having to increase your heating expenses.

Real estate value

Getting awnings for house increases the home’s value. Notice that in real estate, the costs of homes with awnings are significantly greater than similar ones without it. Well now you know why; awnings offer you more selling “power” must you decide to put your house for sale in the future.

Sun protection

Awnings offer shade against UV radiation that can otherwise harm your skin or worse – cause skin cancer. Thus it is not only a matter of staying safe and comfortable. The same thing can be said about furnishings if left exposed to the extreme heat. Hence awnings can spare you the expense of having to fix or unnecessarily replace your furniture in a short period.

Looking to get started? Check out other reputable sources on the web similar to what you can find at http://www.shuttersaustralia.com.au/products/awning/ . Only then can you decide whether it is a window treatment worth getting for your home.

A Weather Built Home Performs Better During Storm Season

A Weather Built Home Performs Better During Storm Season

In the event of severe weather, you can protect your home by considering the “science” behind home building. Building science-the study of the perfor-mance of buildings and building materials-has become increasingly important. Building materials are also more advanced, helping builders and homeowners construct more structurally sound homes.

Mark LaLiberte, a building science expert recognized internationally as a distinguished author and consultant, offers consumers these tips:

• Reduce wind impact. For example, 19/32″ thick plywood-one of the toughest, most reliable materials around-can minimize wood panel wind uplift and reduce the risk of damage from flying debris, if the nails are six inches apart and penetrate into the roof framing. Plytanium® Plywood from Georgia-Pacific offers greater impact resistance and holds nails securely. Approximately 80 percent of residential hurricane damage starts with wind entry through the garage doors. Reinforce garage doors with steel bracing and install impact-resistant windows, doors or coverings, such as plywood shutters.

• Resist mold. You can reduce the risk of mold growth in wall cavities by installing paperless moisture- and mold-resistant drywall such as DensArmor Plus™ from Georgia-Pacific. For more information, visit www.stopfeedingmold.com.

• Avoid “overturning.” When wind hits a building, uplift on the roof and pressure on the walls can cause it to “overturn,” or rotate off of its foundation. Tension tie-downs or anchorage to the foundation can help resist overturning during severe storms.

• Reduce the risk of shock. The main electrical panel board (electric fuses or circuit breakers) should be at least 12″ above the projected flood elevation. In areas that could get wet, connect all receptacles to a ground fault interrupter circuit.

• Combine a strong roof sheathing with energy savings. Select a durable roof sheathing that holds shingles firmly in strong wind and can resist moisture damage due to occasional leaks. A roof sheathing with the Environmental Protection Agency’s Energy Star qualification can keep your home comfortable while potentially saving on cooling energy consumption.