Out of all of the decisions to make when building a house, deciding what material will serve as the home’s exterior is one of the most important. There are many siding options that are available to builders and homeowners — but in terms of appearance, maintenance, endurance, and price, no other option holds its own quite like fiber cement house siding. Read on for a breakdown of some of the most influential factors in choosing a siding option and comparisons that prove that fiber cement reigns supreme.
Fiber cement siding is often intended to replicate wood, and it does so much more convincingly than vinyl. While clapboards are the most common type of fiber cement, the siding is also available in shingles. It must be painted or stained, and color options vary depending on the painter. For about $1 per square foot, manufacturers offer limited colors and a 15-year warranty, and they only apply one coat. Just $1 more per square foot at a paint shop allows for hundreds of color options, two coats, and a 25-year warranty.
Clapboards can be finished with smooth, rough-sawn, or wood-grain surface treatments. These boards can be used with siding styles like board-and-batten
, which features vertical overlapping panels. Shingles are available in wood-grain and hand-split textures, and they can be cut into a wide range of shapes like scallops or clovers. These decorative patterns are particularly beautiful when used to accent gables. Many Craftsman-style homes feature a combination of both fiber cement clapboards and shingles.
Fiber cement is one of the easiest siding options to maintain, but can be slightly difficult to install. At 2.5 pounds per square foot, fiber cement is relatively heavy. Its weight paired with its inclination to crack if not handled properly makes professional installation a wise choice. One installed, the siding can be expected to last for as little as 15 years to as long as a lifetime. It should be sprayed with a water hose once or twice a year, and large plants near the house should be trimmed back so that the siding can dry. Fiber cement siding is just as low maintenance as most other siding options, but its hardiness outshines the competition.
Unlike wood, fiber cement siding is water- and termite-resistant, and it is nonflammable. Fiber cement never dents like aluminum does. Although vinyl siding is in many ways similar to fiber cement siding, it cannot match fiber cement’s ability to withstand flame or harsh winds. The only siding options with comparable durability to fiber cement are brick, stucco, and stone.
Some siding options are restricted to specific climate regions of the country. Fiber cement siding is not only acceptable for all corners of the nation, but it also exceeds the capabilities of its competitors. In the arid West, fiber cement is noncombustible and impervious to strong UV rays. Strong desert winds rip vinyl away, but fiber cement siding holds firm. This same UV and wind resistance makes the siding a good choice for sunny beaches.
Fiber cement performs well in both temperature extremes. In the warm, humid southeastern U.S., this siding prevents moisture from entering the home and provides no sustenance for termites or fungi. Fiber cement never cracks in below-zero temperatures, making it suitable for every northern state as well.
Price is always a concern, but with fiber cement siding, there is no need to compromise quality to save some extra cash. Fiber cement clapboards typically cost between 70 cents and $6 per square foot, and shingles range in price from $2 to $8. Factors such as size, finish, and location of sale influence the final cost. Although stone, stucco, and brick are just as hearty as fiber cement siding, they are much more expensive, and they must be installed by skilled specialists. Fiber cement is also much cheaper than the less-durable wood and aluminum siding. Vinyl siding averages 75 cents per square foot, but it cannot sustain harsh conditions. No other siding option provides as much efficiency per dollar as fiber cement.
For homeowners and builders searching for the perfect siding option, fiber cement siding hits all of the key points on every list. Clapboards and shingles are available in a wide variety of colors, textures, and shapes. Fiber cement combines easy care and long-lasting durability unlike any other siding option. Although it is one of the cheapest options, fiber cement also leads the siding category in quality. For a great value, fiber cement siding lends enduring curb appeal to any home.
Especially if you live in a warmer climate, your air conditioner provides an important source of comfort for your home. But like most things, they don’t last forever. No matter how well you take care of and maintain your AC unit, there will eventually come a time when it will begin to require multiple repairs each year. And when this time comes, you’ll have to decide whether it makes more sense to continue funneling money into repairs, or to just throw in the towel and purchase a new cooling system altogether.
Replacing your air conditioner can run you anywhere from $3,000 to $7,000, depending on the size and level of energy efficiency. Because of the high up-front investment cost of a new air conditioner, many homeowners opt for continual repairs instead. But when your AC needs repair after repair, and could possibly be running up your monthly energy bill, it might be worth biting the bullet and replacing your air conditioner with a new, energy-efficient model. Keep reading for tips on how to decide whether you should replace or repair your AC!
How old is your current air conditioner? Air conditioning systems generally have a lifespan of 10-12 years. If your cooling system is older than a decade, it’s probably time for a replacement. A new air conditioner will require fewer and more seldom repairs, and will increase the value of your home as well.
Additionally, more energy-efficient technology has been developed in the past ten years. If your AC is a decade or older, then it likely isn’t doing a great job of reducing your energy consumption.
Sure, the initial investment might be expensive, and opting for a repair may seem like the cheaper route to take. But how much have you been spending on upkeep and maintenance in the past year or two? A simple way to decide is that if your next air conditioner repair is going to cost 50% or more of the price of a new air conditioner, a replacement would make the most sense.
Did you know that in the summertime, your air conditioning accounts for over half of your energy bill? That’s a lot! You could be saving up to 1/3 of your monthly cooling bill by replacing your air conditioner with an energy efficient model.
Of course, a new air conditioner will be expensive at first – but with all the money you’re currently spending on continual repairs and high energy bills, replacing is a more cost-effective option. Saving money on your utility bills and by avoiding costly repairs will certainly get you your return on investment.
If you’ve decided to replace your air conditioner, but aren’t sure what to replace your current system with, be sure to consider the following items:
The air conditioning needs of someone living in Texas are going to be a lot different from the air conditioning needs of someone in Minnesota. If you live in a warmer climate, it would be most cost effective and valuable to choose a highly energy efficient model.
Some air conditioning systems require your home to have ducts. It can be quite costly to install an AC unit that requires ductwork in a home without ducts. If your home is older and/or doesn’t have ductwork, ductless mini-splits or one-room units would be the best option.
Energy loss can be a great problem in a household. Not only that the house or an apartment is never too cold in summer or to warm in winter, but the money losses are significant because a lot of energy s wasted. Here are a few ways to adapt your home in order to save a lot of energy and also a lot of money.
Wall and roof insulation
Good insulation home or workplace is the starting point of each savings and energy efficiency plan. Effective systems of heating or cooling have their function only in a well insulated building. Energy losses come from all sides: roof, windows, walls, floors and ventilation. There are many ways to lose energy, and only one to preserve it – insulation. It does not only keep the temperature, but also lowers energy consumption as well as CO2 emissions. Nevertheless, the insulation can be an excellent fire protection, but also protection from noise.
Did you know that the roof on your home is responsible for more energy loss than your windows and doors combined? Any master elite roofer will know a thing or two about insulating roofs because they prefer installing a complete GAF roofing system. The difference between a standard roof replacement and a GAF Roofing System is that every component works together from the waterproof leak barrier to the roof cap. All of these components must be installed just right in order for a company to maintain their master elite roofing status. Learn more here.
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Replacement windows and doors
The woodwork in the house or apartment, despite the clear functional and aesthetic importance, occupies a prominent place in improving the energy efficiency of housing. The total heat loss is influenced by glass and window profiles. It is estimated that, depending on the quality of materials, construction and the windows themselves, the total energy loss through windows can achieve as much as 50 percent of heat loss from the building, which is up to ten times larger than the loss through walls. Investment in replacing the inefficient woodwork is not too big, considering the amount of energy you will save.
Tip from the experts:
For maximum energy efficiency Renewal by Andersen windows simply cannot be beat because of they way they are custom manufactured to precisely fit each window frame they are to be placed in.
The implementation of efficient systems for heating and cooling
Efficient heating systems will surely save money. This can be achieved by installing central heating systems, replacing old and inefficient boilers, switching to other fuels with a selection of more efficient fuels with lower CO2 emission (gas, biomass and the like). Heat pumps offer the most energy efficient way to provide heating and cooling, whether in residential or commercial application, as they can use stocks of heat from renewable energy sources in our environment – the energy of soil, surface water, groundwater and air.
Buying household appliances
“A” class home appliances are the most effective because they use the least amount of electricity. “G” class devices or those unmarked consume large amounts of electricity while they have the same capacity of operation, so they should be replaced. First of all, electricity bills will be reduced by using more energy-efficient appliances. In addition, lower power consumption brings reduced pollution and better preservation of the environment and natural resources.
Installing LED lighting
The most efficient form of lighting is LED lighting. Replace traditional lighting with LED saves energy consumption up to 80%, and the quality of light is the same or even better. They have the longest life expectancy, lasting over 10 times longer than regular light bulbs. Consequently, the initial investment in LED lighting is recovered very quickly, due to the savings that are achieved by its use. It does not emit UV rays or heat and the disposal of LED lamps does not pollute the environment because it is easy to recycle.