The Different Types of Wood Flooring

There are different wood flooring options available, and it can be challenging to find one that will fit different areas of your home. Different types of wood flooring have an unmatched natural beauty that suits different areas. Almost all wood floors suit different areas of the house except for bathroom, basements, and kitchens which call for special consideration. However, there are situations where one type of wood flooring can be a better option than the other. So let’s analyze the different types of wood floors.

  1. Unfinished and Finished Wood Flooring

Unfinished wood flooring is a good option for those who want to customize their floors before giving it a final finish- you may want to match the décor of existing flooring. After installation and staining, there are several coats of protective finish that are applied to this flooring to give it a fine finishing. This type of floor is ideal for the kitchen because the finish will seal and penetrate the seams between the boards, thereby preventing water seepage between boards.

Finished wood flooring comes from the manufacturer already sealed, meaning that the installation work goes on quickly. There are no odors or sticky glue upon finishing, as the floor is ready to walk on immediately after installation.

Talk to your retailer or installer to know the best option for your needs and lifestyle.

wood flooring

  1. Solid and Engineered Wood Flooring

Solid wood floor is made from solid slabs of wood cut from logs after a mature tree is harvested. Each board is made from a single wood, typically 18-20 mm thick. It is normally fitted using tongue-and-groove. Different types of wood have different hardness score. The hardness score indicates how easily the floor can be dented, worn, or damaged by every day wear and tear. Solid wood flooring can be sanded to restore its fine finish. The number of times it can be sanded is determined by the deepness of the tongue from the top of a board.

Engineered wood flooring consists of 3-4 layers of wood, stacked together at right angles to create a 14mm plank. It has a 4mm real wood veneer on top, meaning that it can be sanded and treated to restore the fine original finish once it becomes damaged, worn, or scuffed.

  1. Laminate Flooring

Laminate flooring is made from compressed fiberboard plant that is covered by a tile, stone, or photographic image, as well as protective overlay. It is best-installed living area and playrooms. They are cheaper as compared to other types of floors and they come in wide varieties.

  1. Reclaimed Timber

This can be purchased as bundles of boards, planks or panels from salvage and reclamation yards, or as whole floors from flooring specialists. Before installation, reclaimed timber can be unappealing, but once installed, it looks incredible.

What Wood Flooring Is Best?

The best wood floors are made of wood species that are readily available and very hard. Maple flooring, Oak flooring, and cherry flooring are all great choices. Other species include cedar, walnut, mahogany and Bamboo. You’ll pay a higher amount for exotic species such as Jarrah, teak, and mesquite. Ensure that the wood flooring you choose is made from sustain-ably harvested trees.

The Bottom Line

Before choosing wood flooring for your house, consult your installer or retailer so that you can know which one best suits your house.

Effective radon reduction starts with an accurate test.

How do you test your home accurately for radon? That is a great question and one that many families, especially those in Denver, Colorado, should be asking themselves. That is because the homes in Denver are at higher risk of radon exposures because of the radon mitigation breakdown of radium in the uranium soil deposits in the state of Colorado. In fact, it says that half of the homes in Colorado will have high exposure to radon. What you need to know about testing is that most homes throughout the entire world are going to have some level or radon exposure in them and that is totally fine. You don’t have to worry about radon exposure unless it is above a rating of 4.0. Of course the higher the rating, the more severe the situation. Why do you you need to test for radon? Because there are a ton of health problems that can arise from over exposure to radon. In fact, radon is the leading cause of lung cancer in non-smokers in the United States and the second leading cause of lung cancer in smokers. Needless to say, there can be permanent damage caused to your lungs if you are exposed to radon for a significant amount of time. That is why you should get your home tested and tested accurately for the presence of radon. You can call a Colorado radon mitigation company like S.W.A.T. (Soil, Water and Air Technologies) Environmental and ask them for their help with accurate testing or you can purchase a radon test kit on-line. S.W.A.T. Environmental suggests you use the HS71512 with numeric LED display that ranges from 1 to 999.9. It shows the level of radon gas in pCi/L. It will accurately alert you to the level of radon gas in your home. It will give you a short term reading and a long term reading. It will even give you an average of radon levels in your home over the last 5 years. The short term readings that the HS71512 will give you are around 48 hours. Long term reading displays show you the average since you turned on the test and can last up to 5 years. There is an audible alarm sound that will go off alerting you to the presence of radon is it reaches over the U.S. Environmental Protection Agency (EPA) suggested safe levels or radon of 4 pCi/L or greater than that. If it stays above 4 for 30 days, then you should consider calling a radon reduction company. If you are curious how often it will sample the air, it does it consecutively and will display when it takes a reading. It will also test itself every 24 hours to ensure that it is operating properly. A broken tester won’t do you much good. There are four functions on the menu button for easy use. You can switch between the short term and long term display easily. You can even conduct a manual test of the detector. You are welcome to mute or reactivate the alarm whenever the alarm is going off. Be sure to call S.W.A.T. today so you can pick up your accurate radon testing kit.

A Radon Mitigation System for the Home

Many people have a lot of questions when it comes to radon reduction. For instance do such mitigation measures really work? In case you prefer to have a system in place, is there a need to hire a radon mitigation contractor or can you implement it yourself? Before we go into the mitigation part, let us take a quick look into the testing. Testing is important as this will help determine if you really need radon mitigation. The government sets a certain limit where it can be the amount of radon is considered safe. If you test your house and found out there is less than 4 pCi/L of radon, then there is a chance that you may not need radon remediation. What if it is higher than 4? It depends. If it is between 4 to 8 pCi/L then it is advised that you do a retest either a week later or in 3 months. The reason is that you may have recorded some background radiation so a retesting is necessary.
Environmental Remediation

Radon Remediation

So suppose that the levels are indeed at high levels. How do you go about the radon reduction? In the past, reducing the level of radon in homes or building was solely the work of contractors. However with new and more reliable methods being developed, it has come to a point that in certain cases, homeowners themselves can implement such systems themselves. This is also because many of the techniques are clear cut. One technique to reduce radon contamination is known as active soil depressurization or ASD. Depending on the type of structure you will put the system on it can be very simple or highly complex. The ASD method has been found to be not just a reliable way but a cost-effective one as well when it comes to radon remediation. This method is good to apply in situations where the radon is found beneath the foundation of the structure. What the system does is it takes the radon gas and then drains it to an area far away from the house or the building. The system does this by having a pipe made of plastic from the ground beneath the house to a fan that discharges the contaminant outside. This particular radon mitigation system however is best used when the house is still being constructed or the radon construction is found beneath it. It is not able to siphon the dangerous gas when the contamination is inside the house. The system design is a function of the construction of the home, rather than the radon concentrations in the home. A home with more than one foundation can present challenges to collecting the soil gas from under all portions of the building. However, trained mitigation contractors can sometimes connect multiple systems together so that only one fan system is required. While this system may be implemented by the average homeowner, if you are familiar with it then always get the services of a contractor. Radon remediation is always a good solution especially when it relates to the safety of everyone in your home.