Home Ventilation: 4 Ways To Do So

download (39)Home Ventilation In Four Ways

You’re living in a home that has no form of ventilation except opening windows and doors whenever the need arises. So you may be wondering as to why there is a need to install a ventilation system.

Reasons To Ventilate Your House

1. Reduce condensation buildup. Once the air in your house becomes too humid and dense, it can no longer hold in moisture. This is when condensation begins to form, leading to problems such as mold and mildew.

2. Allergens will be properly filtered out. Opening a window or door does not always ensure that the allergens in your home will get out. Without proper ventilation, it is easy for allergens such as pollen to increase in number and become trapped in your home. A proper home ventilation system will ensure that allergens do not get the chance to fester and grow, thus making the air clearer and cleaner for those suffering from allergies.

3. Poor ventilation can lead to musty, damp conditions which lead to respiratory conditions for those suffering from asthma. Also, proper ventilation can aid in reducing mites which cause a number of issues such as itching, breathing problems and skin conditions.

Ways In Which You Can Ventilate Your Home

1. Natural ventilation. This type of ventilation involves modifying particular features of the house that help in bringing in fresh air. An example of this is a solar chimney which allows for air to be heated by the sun, allowing it to rise up through the chimney. As a result, the pressure within the house is lowered, allowing fresh air to be drawn in.

2. Supply-only ventilation. This form of ventilation involves supplying fresh air into the house through fans placed in strategic areas. This system allows for fresh air to be delivered to one area of the house, or the whole house through air vents. However, the system does not provide for a means for musty damp air to be expelled. It relies on air leakage sites throughout the house, such as cracks, to expel the stale air.

3. Exhaust-only ventilation. The opposite of supply-only, this form of ventilation involves expelling stale air, and relying on natural means for clean air to be drawn into the house. Exhaust fans are usually placed in parts of the house with a lot of moisture, such as the kitchen and bathroom, and are run either alternately or continuously. Once this moist air is drawn out, fresh air can be drawn in.

4. Balanced ventilation. This is a combination of supply and exhaust-only ventilation systems. This type involves creating airflow of stale damp air out and clean dry air in. This type of system offers control in determining where exactly the clean air is coming from, where it is being delivered and where the stale air is being expelled.

These are the various ways in which you can ventilate your home. A ventilation system specialist would be able to tell you which kind is most suitable for your house.

Understanding the Six Different Types of Siding

download (38)When planning a home construction project, one of the decisions that you will need to make is the type of siding to use. This part of the home’s exterior has a direct impact on the effectiveness of water damage protection as well as the value of your home.

Here is a brief description of the various materials that are used to make it.

Vinyl

Companies that specialize in making house building materials started using vinyl in the late 1960s. Its durability, versatility, and easy maintenance led to more companies opting to use it instead of the conventional materials. One of the highlights is that it is available in different colors and patterns to suit both contemporary and modern architectural designs. Some of the most popular designs are fish scales, scallops, shingles, and vertical panels.

Wood

The best wood siding is made from pure hardwood such as red oak, beech, hickory, soft maple, and sycamore. Advancement in technology has also led to new machines that use softwoods such as redwood and cedar. The downside of using softwood is that it requires intensive maintenance and is prone to damage when exposed to extreme temperature and moisture conditions for extended periods.

Aluminum

Aluminum has been overtaken by most modern materials. However, one of its benefits is that it requires little maintenance, has fireproofing capabilities, and is available in a wide array of colors and styles. Though it can fade and dent, it will not crack or rot like the siding made from wooden material.

Fiber Cement

This variety is made from a special mixture of cellulose fiber, cement, and sand. Pressurized steam is used to increase its dimensional stability and strength. The fiber helps to reinforce the mixture, thereby preventing cracking. In addition, it can have an embossed, smooth finish or a wood-grained texture to complement your home design.

Fiberglass

This is one of the most innovative and durable alternatives to all other materials highlighted above. It gives homes a unique and elegant appearance. It is good to note that it is available in different colors and lengths. More importantly, it requires little maintenance.

Stucco

This variety is an ideal choice for homes that have a Spanish architectural design. It can be coarse, raked, swirled, or smooth as it is made using materials such as lime, pebbles, and sand. Some of its characteristics include fire resistance, low maintenance, and a high energy efficiency degree. The material has the ability to contract and expand depending on the outdoor weather conditions, which reduces cracking.

These are the six most common materials used to make siding. No matter the type that you decide to use, make sure that it is installed correctly and by an expert contractor to get value for your money.

Why You Cannot Do Without Sub Floor Ventilation

images (20)Reasons Why Every Home Should Have Sub Floor Ventilation

Subfloor ventilation offers air flow in places where it is common to find mold, mildew, rotting wood and pests, usually in the subfloors of most houses and buildings. If left untreated, such conditions can lead to health complications.

How It Works

The whole point of a subfloor ventilation system is to replace the moist stale air with fresh dry air. The most basic form of this type of ventilation involves placing air ducts in strategic places around the building. After installation, natural ventilation is meant to take care of the rest. As stated, this is the most basic form, but in most cases it is not sufficient.

Simply having air ducts allowing air into and out of the subfloor is not enough, and you need the help of fans that help speed the process along. These fans will aid in expelling the moist stale air and replacing it with clean air from outside the building. Other forms of subfloor ventilation involve placing fans on one side of the building to draw in fresh air, then exhaust fans on the opposite side which are meant to expel the moist air. Some of these ventilations can be modified to not only extract moist air from the subfloor, but from other parts of the building that tend to be over moist.

It is important to note that subfloor ventilation only works well if you have avenues for replacement air.

Why You Need It

Below are a few reasons why subfloor ventilation is important:

1. Inhibits the growth of mold. Mold thrives in moist conditions, and one of the best places is your building’s subfloor. If its growth is left unchecked, mold can lead to a number of health problems mostly respiratory conditions. Symptoms that mold causes include coughing, sneezing, asthma attacks, congestion, wheezing, and allergic reactions. The proper circulation of clean air will help in eliminating the mold.

2. Termite protection. Termites enjoy wood, and more so, are attracted to moist areas, such as a subfloor lacking proper ventilation. If the wooden structures have already started decaying as a result of the increased moisture, then the termites will only worsen the condition. They will eat into the wood, causing it to become weak.

3. Moist conditions in the subfloor can pose a risk to the building’s structure. This is because moisture can increase the rotting of the wood. This weakens the timber, which in turn weakens the entire structure. You can prevent this from happening by installing subfloor ventilation.

4. Reduction in potential costs. If you think about the damage that moist conditions can cause, then you will realize that repairing them will cost quite some money. This will cater for the medical costs as a result of the respiratory issues caused by the mold as well as the repairs to the building’s structure as a result of decay and termite infestation. All this can be prevented by simply installing a proper subfloor ventilation system.