Given the threat that moisture poses to wooden floors, how can you help your customers safeguard their investment? The answer lies in using an embedded wood floor data logger.

Ensuring the Durability of Wood Floors with Data Logger

One of the biggest threats to wooden floors is moisture. Wood tends to absorb or release moisture to match its surroundings. Therefore, changes in a home’s temperature and relative humidity can cause the flooring to adjust as well.

If the environment becomes more humid, the floor may swell and cup. Conversely, the floor could develop gaps or cracks if the humidity drops. Customers often don’t understand how their actions can affect their costly wood floors, such as turning off the heat while they’re on vacation or neglecting to maintain humidity levels in their homes.

However, with an embedded wood floor data logger, you, as the installer, can transform their floor into a smart floor, providing them with the awareness and tools needed to prevent moisture issues.

A wood floor data logger, which is roughly the size of a credit card, can be embedded in a small cavity routed into the underside of a wood floor plank (we suggest installing one for every 1,000 square feet of flooring, although some might opt for more). This position measures the temperature and relative humidity of both the floor and the subfloor, maintaining this monitoring for up to eight years.

Most data loggers transmit this information to a smartphone app when within Bluetooth range, enabling your customers to monitor their flooring whenever they are at home.

Protect and Preserve: The Power of Smart Floor Monitoring

Incorporating a smart monitoring system into your customer’s flooring package might seem costly, but the advantages are invaluable:

• It safeguards your craftsmanship: By setting temperature and humidity ranges, a data logger ensures your customers receive immediate alerts if conditions deviate. This allows them to address issues before they cause damage, saving you from potential repair work.

• It empowers your customers: The data logger places floor maintenance and protection in your customers’ hands. If temperature or humidity levels go beyond the set range, they can make necessary adjustments—such as adjusting thermostats or using dehumidifiers or humidifiers.

• It demonstrates your professionalism: Customers will be impressed by the advanced technology you utilize and will appreciate your efforts to help them protect their investment.

• It protects your reputation: Think of it as inexpensive insurance for flooring. In case of any issues, customers can refer to the historical data of time-stamped readings to identify when conditions changed and affected the flooring, preventing unjust blame on you for problems you didn’t cause.

The smart monitoring system adds value far beyond its cost, offering protection, empowerment, and professionalism while safeguarding your reputation.

How To Fix Squeaky Floors

How you adapt to your home’s squeaky floors depends on how much you’ve got to the underside of the floors. In case your basement doesn’t have wrapped-up ceilings, you’ll be able to get to the subfloor of the highest level of your house from there.

One way to redress a squeak is to have a companion walk along the floor upstairs while you attempt to discover where the squeak is coming from within the storm cellar. In case there’s space between the subfloor and a joist, you’ll be able to attempt sliding a wooden shim into the space to silence the squeak.

You can also utilize brief screws to reattach the subfloor to the wooden floorboards. Fair, be exceptionally cautious if you are doing that, and do not utilize screws that are as long. An old screw can break through the wooden floor, making a perilous circumstance. On the off chance that your floors are carpeted or in case you can’t get to the underside, your best solution is to settle the squeak from over. There are uncommon screws accessible that let you bore through carpeted floors to settle squeaks without having to lift up the carpeting.

The floor also can be fixed from above. Obtain some flooring nails, or nails with rings that keep them from coming out. Place them in the seams directly between the components that are squeaking due to friction.

Use two of those nails and place them in the floor joist at a 45-degree angle. Face each other if subflooring is the cause of the issue. It will make the floor and subflooring tighter. Wood filler can be used inside the holes.

Reasons Your Floors Can Creak

In older homes, changes in humidity, such as dry winter air and humid summer air, can cause floorboards to shrink and expand.

These fluctuations can loosen the nails that hold the floorboards in place. So this can cause the creaking noises when you step on the floor.

Over time, gaps can also form between the subfloor and the floor joists.

In newer homes, noise on your floors could be due to poor construction.

Builders may use lower-quality materials. Such as particle board instead of plywood for subfloors, which will cause the floor to wear faster.

Using a nail gun to attach the subfloor to the joists can cause squeaks in new homes because the nails don’t fit as tightly as screws and will come loose after a while.

If the floor is poorly assembled, you may need to rip it out to fix the squeaks.

It’s important to take caution when considering the use of a humidifier as a solution for potential moisture issues. Although a humidifier can assist in minimizing the impact of humidity fluctuations, it is not advisable to rely solely on it as the sole means of defense when installing a hardwood floor in a dry climate. It is crucial to prioritize moisture measurement and acclimation as vital steps for the successful installation of a hardwood floor in such conditions.

Maintenance

Proper maintenance involves not disabling the air conditioning and heating systems during cooler weather in the summer. This approach ensures that your heating system remains in optimal condition when the summer heat subsides and you need it.

Engineered vs Solid Hardwood

When comparing engineered hardwood floors and solid hardwood floors, a noticeable distinction arises in their performance in dry environments. Engineered hardwood floors demonstrate greater consistency and flexibility in handling humidity levels spanning from 30-80%. They can be rendered well-suited for a wider array of conditions. Conversely, solid hardwood floors typically accommodate narrower humidity ranges, typically ranging from 30 to 50%.

This disparity in performance can be attributed to the construction of engineered hardwood. This type of hardwood consists of multiple layers meticulously engineered to grant enhanced stability and resistance against moisture-related complications like warping and buckling. On the other hand, solid hardwoods possess the advantage of multiple sanding opportunities. It is more vulnerable to water damage and may not exhibit the same suitability for environments prone to fluctuating humidity levels.

Therefore, when evaluating performance in dry environments, engineered hardwood floors tend to provide more consistent outcomes. They demonstrate increased suitability across a broader range of circumstances compared to solid hardwood floors.

With the appropriate combination of materials and a climate-controlled space,Renova Flooring can successfully install your hardwood floor in even the driest climates.

Flooring (33) Floor renotavion (46) Floor Renovation (5) hardwood floor (90) Hardwood floor cleaning (21) Hardwood floor damage (6) Hardwood flooring (101) Hardwood floor maintence (31) Hardwood installation (42) Hardwood maintenance (44) Hardwood refinishing (41) Hardwood stairs (6) Hardwood stairs design (5) moisture (9) Stairs style (5) Wood flooring (62)

As hardwood is made from an organic material (wood), it needs special care and maintenance. One of these precautions is acclimation,which is the process of adjusting the humidity levels of the wood to the environment it will be placed in.

Since hardwood undergoes dimensional change from humidity, if you don’t acclimate it, you’ll experience issues with your flooring later on. But how exactly do you acclimate hardwood? Let’s find out!

Remember you can check out our blog for more information.

What can happen if you don’t acclimate?

When the hardwood shipping arrives, you’ll probably be eager to install it as soon as possible. So, you might ask yourself, is acclimating such a big deal? It is.

Without acclimating, hardwood is prone to different undesirable effects, such as gapping or cupping. Gapping occurs when hardwood flooring’s moisture level is higher than the environment, shrinking the planks and resulting in gaps between their edges. You can read more about cupping or other hardwood affections in this article!

How do you acclimate hardwood?

Acclimating can seem like a simple process at first but you will need a couple of specialized tools to measure moisture. It is always best to contact an expert for hardwood flooring installation, and you can ask them to acclimate it too.

Firstly, it is necessary to measure the environment’s moisture level and compare it to the hardwood’s level. Then, if the subfloor is made out of wood, it is important to also measure its moisture level.

Then, you will need to place the cartons in the room where they’ll be installed to bring the hardwood’s humidity level to equilibrium. According to the National Wood Flooring Association, one should leave it spaced out or staggered for at least 3 days. There is no definite maximum time, you should leave it until the planks reach the desired moisture level.

With some geographic exceptions, you should keep wood flooring within a humidity range of 30 to 50 percent and a temperature range of 60 to 80 degrees. Of course, this isn’t exact, but it’s a good guideline to have in mind.

As you can see, while acclimating is not a particularly difficult process, it does require certain technical knowledge. Thus, you should always contact a professional. Acclimating is a key step for a successful hardwood flooring installation.

Hardwood floors, being made with a natural material -wood-, react to changes in their environment. Humidity levels are one of these factors that must be considered. Keeping humidity at a certain threshold is key to maintaining your hardwood flooring in good shape.

In this article, you will find different ways humidity can affect your floors. Also, don’t forget to check out the other posts on our blog!

Cupping and Crowning

When relative humidity is high, you may see your wood planks cupping. This means the edges of the board are lower than its center, which gives it a ‘soft’ look.

Cupping can happen when there is a leak or after a minor flood. The first thing to do when you encounter this issue is to identify the root of it and eradicate it.

The opposite phenomenon is crowning, which means the center of the plank is higher than the edges. Crowning can also happen when a floor has been sanded too soon after cupping.

After solving the origin of the humidity, you can begin drying your wood. In most cases, just waiting will work, but you can also use a fan or a dehumidifier to speed up the process.

Buckling and Cracking

When humidity fills your hardwood floor, it expands, taking up more space than it should. Therefore, you might experience issues like buckling or cracking.

Buckling is when planks expand beyond what’s intended and create pressure against each other until they pull away from the subfloor. In consequence, it becomes difficult to walk around and creates a perfect environment for bug colonies.

If your hardwood floor doesn’t buckle when expanded, it might begin to crack. Cracking occurs when wood boards, in the face of pressure, do not give in and pull away from the subfloor, causing them to crack internally. These cracks can be filled with sawdust to fix them.

How to prevent humidity problems

As you can see, humidity is an important aspect to keep in mind when maintaining your floors. Luckily, you can take different measures to prevent issues beforehand.

Keeping the humidity level low is essential. The National Wood Floor Association recommends maintaining humidity levels between 30% and 50% in order to ensure a healthy hardwood floor. You can achieve this by turning on the AC occasionally or by using a dehumidifier.

Moreover, making sure your house doesn’t have any leaks is also decisive. Should you encounter any leaks, it’s important to fix them as soon as possible, as they might cause irreparable damage to your floor.