Can I Use Pine Sol on Laminate Floors? 5 Expert Reasons to Avoid It in 2026

Abstract

An examination of the chemical compatibility between pine-oil-based cleaners, specifically Pine-Sol, and the material composition of modern laminate flooring reveals a significant risk of damage. This analysis, conducted from a materials science perspective, explores the mechanisms through which Pine-Sol can degrade the protective aluminum oxide wear layer, compromise the integrity of the high-density fiberboard (HDF) core through moisture ingress, leave a residue that attracts soil, and ultimately void manufacturer warranties. The investigation determines that the acidic nature of pine oil, combined with surfactants and the necessity of using water for dilution, creates conditions unfavorable to the longevity of laminate surfaces. The objective is to provide homeowners with a comprehensive understanding of these risks, moving beyond anecdotal advice to a scientifically grounded explanation. Consequently, the use of Pine-Sol on laminate flooring is strongly discouraged, with recommendations provided for alternative, pH-neutral cleaning solutions that preserve the floor's structural soundness and aesthetic appearance.

Key Takeaways

• Avoid Pine-Sol; its acidic nature can permanently dull your floor's protective finish over time.
• Moisture from cleaning with Pine-Sol can cause irreversible swelling and peaking at the plank seams.
• The cleaner often leaves a sticky, hazy residue that attracts more dirt, making floors look unclean.
• Using prohibited cleaners like Pine-Sol will almost certainly void your laminate flooring warranty.
• A pH-neutral cleaner is the expert-recommended solution when you need to clean your laminate floors.
• Properly cleaning laminate floors involves dry methods first, followed by a lightly damp mop.
• Considering the question "can I use Pine Sol on laminate floors" requires understanding the floor's layered structure.

Table of Contents

• The Alluring Scent of Clean Versus the Science of Laminate Floors
• Reason 1: The Acidity of Pine Oil Can Degrade the Protective Wear Layer
• Reason 2: Moisture and Solvents Infiltrate Seams and Damage the Fiberboard Core
• Reason 3: Sticky Residue Attracts Dirt and Creates a Hazy Film
• Reason 4: Using Pine-Sol Will Void Your Manufacturer's Warranty
• Reason 5: Safer, More Effective Alternatives Recommended by Experts
• Frequently Asked Questions (FAQ)
• Conclusion
• References

The Alluring Scent of Clean Versus the Science of Laminate Floors

There is a profound, almost primal satisfaction that comes from a clean home—a space where order is restored, where light reflects off gleaming surfaces, where the very air feels fresh and renewed. For generations, a specific scent has been synonymous with that feeling of absolute cleanliness: the sharp, invigorating fragrance of pine. It is a scent that evokes memories of vigorous scrubbing, of a job well done. Pine-Sol, in its iconic bottle, has long been a trusted ally in the domestic battle against grime. Its aroma promises disinfection, shine, and a return to a state of purity. So, a person might naturally reach for it when confronted with a dull or dirty laminate floor, believing that such a powerful cleaner will surely restore its luster.

Here, however, we must pause. We must temper our reliance on tradition with a deeper understanding of the materials we live with. The central query we are exploring—can I use Pine Sol on laminate floors?—is not a matter of opinion or preference. It is a question of chemistry, of material science, of the very structure that gives laminate its unique character. To answer it properly, we must step into the role of a student and a scientist, looking past the surface to see the intricate, layered reality of the flooring beneath our feet.

Imagine for a moment that your laminate floor is not a single, solid material, but a highly engineered sandwich. Each layer has a distinct purpose, working in concert with the others to create a durable, beautiful, cost-effective alternative to hardwood.

At the very top lies the wear layer. Think of it as the guardian of the floor. It is typically a clear coating of aluminum oxide, one of the hardest mineral compounds known. Its job is to resist scratches from pet claws, scuffs from furniture, fading from sunlight, and stains from spills. It is the invisible shield that takes the brunt of daily life.

Just beneath that shield is the design layer. A high-resolution photograph of wood grain, stone, or tile, it gives the floor its aesthetic identity. It is what makes your floor look like rustic oak or elegant marble. The clarity of the wear layer is paramount for allowing the beauty of the design layer to shine through.

Next comes the core of the sandwich, the core layer. In most laminate flooring, this is made of High-Density Fiberboard (HDF). HDF is created by breaking down wood into tiny fibers, mixing them with resin, and fusing them together under immense heat and pressure. The result is a board that is dense and stable, but its fundamental nature is still that of wood fiber. Like a sponge, it has a natural affinity for water.

Finally, at the very bottom, is the backing layer. This layer provides additional stability to the plank and offers a degree of protection against moisture coming up from the subfloor.

Understanding this layered construction is the key to solving our puzzle. The question is no longer just about cleaning a surface; it is about how a cleaning agent interacts with each of these distinct layers. The properties that make Pine-Sol an effective degreaser for a non-porous countertop are the very properties that make it a potential adversary to the delicate ecosystem of a laminate plank. Our investigation, therefore, will proceed by examining the interaction between Pine-Sol and each vulnerable part of the floor, revealing why the allure of that pine scent can lead to irreversible consequences.

Reason 1: The Acidity of Pine Oil Can Degrade the Protective Wear Layer

The first point of contact between any cleaner and your floor is the wear layer. Its resilience is what you are counting on. Yet, the chemical composition of a cleaner like Pine-Sol introduces a variable that can undermine this resilience over time. It is not a dramatic, instantaneous event, but a slow, methodical erosion of the floor's primary defense.

Understanding the Wear Layer's Role

A laminate floor's wear layer is a marvel of material science. Aluminum oxide is applied in a liquid state and then cured with ultraviolet light to create a finish of exceptional hardness. Flooring durability is often measured using an Abrasion Class (AC) rating, from AC1 (light residential use) to AC5 (heavy commercial use). A higher AC rating signifies a thicker or more robust wear layer, capable of withstanding more foot traffic, more friction, more of life's daily abrasions (Pergo, n.d.).

However, hardness does not equate to chemical invincibility. This top layer is engineered to resist mechanical damage—scratches and scuffs. It is not, however, designed to withstand a sustained chemical assault, particularly from substances that fall outside a neutral pH range. Think of it like dental enamel. It is the hardest substance in the human body, yet it can be slowly eroded by the acids produced by bacteria. The wear layer of your floor is similar in its vulnerability.

The Chemical Composition of Pine-Sol

To understand the risk, we must look at what is inside the bottle. The original Pine-Sol formula's main active ingredient is pine oil. Pine oil is a derivative of pine trees and has natural disinfectant and solvent properties. It is also acidic. While the exact pH of the final product can vary and is buffered by other ingredients, the inherent nature of the key component is acidic. Modern formulations, like the multi-surface cleaners, may contain less or no pine oil, but they compensate with other chemical agents, including glycolic acid or other organic acids, surfactants (detergents), and solvents.

These ingredients are chosen for their ability to break down and lift away grease, grime, and soap scum. Surfactants, for instance, work by having a water-loving (hydrophilic) end and an oil-loving (hydrophobic) end. They surround dirt particles, allowing them to be washed away by water. These are powerful tools for cleaning, but their power is indiscriminate.

The Slow-Motion Chemical Reaction

When an acidic cleaner is applied to the aluminum oxide wear layer, a subtle chemical interaction begins. The acid can slowly start to etch, or eat away at, the surface. You will not see this happen after one cleaning, or even ten. It is a cumulative process. Each application might remove a microscopic, imperceptible amount of the finish.

Over months or years, the consequences of this gradual degradation become visible. The first sign is a loss of sheen. The floor that once had a uniform, satin, or semi-gloss finish will start to look dull in high-traffic areas where it has been cleaned most often. This dullness is not dirt; it is the physical result of the surface becoming microscopically rougher. A smooth surface reflects light uniformly, creating shine. An etched, roughened surface scatters light in all directions, which the eye perceives as a dull, hazy, or cloudy appearance.

Once this etching has occurred, the floor becomes more susceptible to staining and soiling. The very texture that creates the dull look can also trap fine dirt particles, making the floor seem perpetually dirty, even right after mopping. At this point, no amount of cleaning can restore the original luster, because the damage is not on the surface—it is the surface. The integrity of the wear layer has been compromised, and the only remedy would be the costly process of replacing the flooring.

Reason 2: Moisture and Solvents Infiltrate Seams and Damage the Fiberboard Core

If the wear layer is the floor's shield, the high-density fiberboard core is its heart. While the shield may be slowly worn down by chemicals, a more immediate and catastrophic failure can occur when moisture attacks the core. Herein lies the most significant and visceral danger of using an inappropriate liquid cleaner like Pine-Sol.

The Achilles' Heel of Laminate: The Seams

Laminate flooring is a floating floor system. Planks are not glued or nailed to the subfloor; they are joined to one another using a precise click-lock or tongue-and-groove mechanism. While modern manufacturing has made these joints incredibly tight, they are not hermetically sealed. There are microscopic gaps at every seam where two planks meet.

The surface of the plank is non-porous and water-resistant. A small spill that is wiped up quickly poses little threat. The danger arises when liquid is allowed to sit on the surface and, through gravity and capillary action, seep down into these seams. This is precisely what happens during mopping with an overly wet mop—a common practice when using a cleaner that requires dilution, like Pine-Sol.

How Pine-Sol's Formulation Worsens Moisture Ingress

Using Pine-Sol involves mixing it with a bucket of water. This process introduces a large volume of liquid to the cleaning task. It is very difficult to wring a traditional mop out to the point of being merely "damp." More often, the mop is wet, leaving a thin layer of cleaning solution across the floor.

Furthermore, the surfactants in Pine-Sol, designed to help clean, have an unintended side effect. Surfactants work by reducing the surface tension of water. High surface tension is what allows water to bead up on a waxed car. By lowering this tension, the water-and-Pine-Sol solution becomes "wetter" and more invasive. It can creep into the tiny, microscopic seams of the laminate planks far more effectively than plain water could. It actively helps the moisture penetrate to the vulnerable core.

Even newer high-quality waterproof laminate flooring options, which feature cores with higher water resistance and sealed edges, are not designed to be immune to pooling water or the chemical effects of harsh cleaners (COREtec, n.d.). Their warranties still demand proper cleaning protocols, which exclude flooding the surface.

The Irreversible Damage: Swelling, Peaking, and Delamination

Once the moisture reaches the HDF core, the damage begins almost immediately. The wood fibers that make up the board behave like tiny sponges. They absorb the water and swell. This swelling is not uniform; it is concentrated along the edges of the plank where the moisture entered.

As the edges swell, they push upward, causing a condition known as peaking or edge swelling. You can see and feel it: the edges of the affected planks are raised higher than the center. The floor is no longer a flat, smooth plane. It has a ridged, uneven texture.

Crucially, this damage is irreversible. Unlike a piece of solid wood that might shrink back somewhat as it dries, the HDF core, once swollen, does not return to its original dimensions. The resins that bind the wood fibers are permanently disrupted. The plank is forever disfigured.

In severe cases, the moisture can cause delamination, where the various layers of the plank begin to separate. You might see the design layer bubbling or peeling away from the core. At this stage, the plank is failing completely. The only solution for peaking, swelling, or delamination is to tear out and replace the damaged sections of the floor, a difficult and expensive repair that is often impossible to blend seamlessly with the older, surrounding flooring.

Reason 3: Sticky Residue Attracts Dirt and Creates a Hazy Film

There is a deep irony in the possibility that the very product used to clean a floor can, in fact, make it look dirtier. This is a common complaint among those who have used Pine-Sol or other oil-based or soap-based cleaners on their laminate floors. The result is a frustrating cycle of cleaning that never seems to yield a truly clean surface, but instead produces a dull, streaky, or hazy film.

The Paradox of "Cleaning": Leaving a Film Behind

The effectiveness of Pine-Sol on certain surfaces, like old linoleum or tile, comes from its ability to cut through grease while leaving behind a bit of its own substance—the pine oil—which contributes to the scent and a temporary shine. However, the non-porous, sealed surface of a laminate wear layer does not absorb this oil.

When you mop with a Pine-Sol solution, you are spreading a mixture of water, surfactants, and oils across the floor. The water evaporates. Ideally, the surfactants carry away all the dirt. But the oils and some of the heavier surfactant molecules may not fully evaporate or be picked up by the mop. What is left behind is an ultra-thin, transparent, and slightly sticky film. This is especially true if the solution is too concentrated or if the floor is not rinsed afterward. Rinsing, of course, is a terrible idea for laminate as it involves applying even more water to the floor, exacerbating the risk of core damage discussed previously. You are caught in a Catch-22.

The Dirt Magnet Effect

This sticky residue becomes a magnet for everything in the air and on the bottoms of your shoes. Dust, pollen, pet dander, and fine particles of soil will adhere to the film instead of resting loosely on the surface where they could be easily swept or vacuumed away.

The most noticeable effect is with footprints. On a truly clean, residue-free floor, walking in socks might not leave a mark. On a floor with a sticky film, every footstep can leave a visible print. The floor that was just "cleaned" can look tracked and dirty within hours or even minutes of use. This forces the homeowner into a frustrating loop: the floor looks dirty, so they clean it again with the same product, which deposits more residue, which in turn attracts dirt even faster.

The Streaky, Hazy Appearance

The visual effect of this film is not just that it holds dirt. The film itself interferes with how light interacts with the floor's surface. As mentioned before, a clean, smooth surface reflects light uniformly, giving it a clear, deep appearance that showcases the design layer.

The residue left by Pine-Sol is not perfectly uniform. As the mop moves across the floor, it creates microscopic ridges and variations in the thickness of the film. These imperfections cause light to scatter randomly, resulting in a number of undesirable visual effects. Streaks are often visible, following the path of the mop. A general haze or cloudiness can settle over the entire floor, obscuring the crisp details of the wood or stone pattern beneath. The floor loses its depth and richness, looking dull and lifeless. The homeowner is left with a surface that is technically clean in that it is disinfected, but aesthetically appears filmed over and unclean.

Reason 4: Using Pine-Sol Will Void Your Manufacturer's Warranty

Beyond the physical damage that Pine-Sol can inflict upon a laminate floor, there is a significant financial risk that every homeowner must consider: the voiding of the manufacturer's warranty. A warranty is more than just a piece of paper; it is a contract between you and the company that made your floor. It is a promise that the product will perform as expected for a specified period, and it serves as a crucial financial safety net in case of a product defect. Using an unapproved cleaning product is one of the fastest ways to tear up that contract.

The Fine Print Matters

When you purchase flooring, it comes with detailed documentation covering installation, care, and maintenance. It is an unfortunate reality that many people file these documents away without a thorough reading. Contained within these guides are explicit instructions on how to care for the floor, including lists of approved and, more pointedly, prohibited cleaning methods and agents.

Manufacturers like Tarkett, Pergo, and the makers of various luxury vinyl and laminate lines invest heavily in research and development (Tarkett, n.d.-a; Lanmeco, n.d.). They understand the chemical and physical properties of their products intimately. Their maintenance guidelines are not arbitrary suggestions; they are precise instructions based on scientific testing, designed to ensure the product's longevity. A typical laminate flooring warranty will contain a clause that looks something like this:

"This warranty does not cover damage caused by improper maintenance, including but not limited to the use of abrasive cleaners, soap-based detergents, wax, polish, oil-based cleaners, or any cleaning agent not specifically recommended by the manufacturer. The use of steam mops or excessive water is also prohibited."

Pine-Sol falls squarely into the category of a prohibited cleaner due to it being oil-based and not pH-neutral.

Why Manufacturers Prohibit Harsh Cleaners

A manufacturer's goal is to have satisfied customers and to minimize costly warranty claims. They prohibit cleaners like Pine-Sol, ammonia, bleach, or vinegar-based solutions for very simple reasons: they know these substances cause damage.

• Acidic or Alkaline Cleaners: They know these can etch the wear layer, leading to dulling.
• Oil-Based or Soap-Based Cleaners: They know these leave a residue that attracts dirt and creates a hazy film, leading to customer dissatisfaction.
• Excessive Water: They know that mopping with a bucket and a wet mop introduces enough moisture to damage the HDF core, leading to swelling and peaking.

By prohibiting these methods, they are protecting both the customer from damaging their floor and the company from having to pay for claims caused by user error. When you choose to use a product like Pine-Sol, you are willingly stepping outside the protective circle of the warranty.

The Financial Consequences

Let's consider a practical scenario. Imagine you have spent several thousand dollars installing beautiful new laminate flooring throughout your home. A year later, you notice the seams between planks are beginning to peak in the kitchen. You believe it might be a manufacturing defect and file a warranty claim.

The manufacturer will likely send an independent inspector to your home. The inspector will take moisture readings, examine the damaged planks, and ask about your cleaning routine. If you mention that you have been mopping weekly with a Pine-Sol and water solution, the claim will be denied instantly. The evidence of moisture damage combined with the admission of using a prohibited cleaning method gives the manufacturer clear grounds to void the warranty.

At that point, the financial responsibility for repairing or replacing the floor falls entirely on you. What could have been a covered defect becomes a costly mistake. Protecting your investment is not just about avoiding scratches; it is about following the simple rules laid out by the people who made the product. Ignoring these rules for the sake of a familiar scent is a financial gamble that rarely pays off.

Reason 5: Safer, More Effective Alternatives Recommended by Experts

Now that we have thoroughly established the risks, the logical question is: what is the right way to clean laminate floors? The answer is thankfully simple, less labor-intensive, and far more effective in the long run. The philosophy of proper laminate care is rooted in a "less is more" approach, prioritizing the removal of abrasive grit and minimizing the use of liquids. Following expert-recommended procedures not only keeps your floors looking their best but also ensures your warranty remains intact. For a deeper look into this topic, you can explore a detailed guide on safe cleaning alternatives.

The Golden Rule of Laminate Cleaning: The "Less is More" Approach

The greatest enemy of a laminate floor's finish is not dirt, but grit. Sand, tiny pebbles, and other abrasive particles tracked in from outside act like sandpaper underfoot, creating micro-scratches that accumulate over time and dull the finish. Therefore, the most important part of any cleaning routine is the frequent removal of this loose debris.

Your primary tools should be a soft-bristle broom, a dust mop with a microfiber pad, or a vacuum cleaner. If using a vacuum, it is absolutely essential to use a hard floor head attachment. Do not use a vacuum with a beater bar or rotating brush, as the stiff bristles can scratch the wear layer or flick grit around. Regular, even daily, dry cleaning in high-traffic areas will do more to preserve your floor's life than any weekly wet mopping.

The Ideal Cleaning Solution: pH-Neutral and Residue-Free

When dry cleaning isn't enough to remove smudges, spills, or grime, you will need to use a liquid. The ideal cleaning solution for laminate has two key characteristics: it is pH-neutral and formulated to be residue-free.

pH-neutral means the cleaner has a pH level of around 7, the same as pure water. It is neither acidic (like vinegar or pine oil) nor alkaline (like ammonia or bleach). This neutrality ensures that the cleaner will not have any chemical reaction with the aluminum oxide wear layer. It cleans without etching or dulling.

Many companies offer ready-to-use or concentrated cleaners specifically formulated for laminate and luxury vinyl floors. These have been tested to be effective at cleaning common household soils without leaving the hazy, sticky film associated with soap- or oil-based products.

A simple DIY option is to mix a very small amount—no more than a teaspoon—of mild, pH-neutral dish soap into a gallon of warm water. However, commercial laminate cleaners are often a better choice as they are designed for fast evaporation and zero residue. For light cleaning, often just plain water is sufficient.

A Step-by-Step Guide to Safely Cleaning Laminate Floors

Here is the professional, warranty-safe method for deep cleaning your laminate floors:

1. Thoroughly Remove Loose Debris: Begin by sweeping, dust-mopping, or vacuuming the entire area. Pay close attention to corners and edges where dust bunnies congregate. You cannot clean a gritty floor without scratching it.

2. Prepare Your Cleaning Tools: The best tool for the job is a high-quality microfiber flat-head mop. Microfiber is excellent at grabbing and holding onto dirt. You will also need a spray bottle.

3. Mix Your Solution (if necessary): Fill your spray bottle with either a commercial pH-neutral laminate floor cleaner or your DIY solution of a gallon of water with a tiny drop of mild dish soap. Plain water is also a great option.

4. Dampen the Mop, Not the Floor: This is the most critical step. Never spray the cleaner directly onto the laminate floor. Spraying the floor allows liquid to pool and seep into the seams. Instead, lightly mist the microfiber mop pad until it is damp, but not dripping wet. If you squeeze the pad with your hand, no water should come out.

5. Mop in Sections: Mop a small section of the floor at a time. The minimal amount of moisture you are using should evaporate almost instantly, within 30-60 seconds. If it takes longer to dry, your mop is too wet. Move with the grain of the planks to minimize the appearance of any streaks.

6. Buff Dry if Needed: If you see any remaining moisture or faint streaks, simply go over the area with a clean, dry microfiber cloth or mop pad to buff the floor dry.

This method effectively cleans the surface without using enough liquid to endanger the core, without using chemicals that can damage the finish, and without leaving behind any residue. It is the simple, scientific, and safe way to care for your flooring investment.

Frequently Asked Questions (FAQ)

What if I already used Pine-Sol on my laminate floors?

If you have only used it once or twice, do not panic. The damage from Pine-Sol is cumulative. The immediate priority is to remove any residue. Clean the floor using the recommended method: a microfiber mop dampened with a pH-neutral laminate cleaner or just water. You may need to go over the floor a few times to fully lift the oily film. Then, cease using Pine-Sol immediately and switch to a safe, approved cleaning method going forward.

Can I use the new Pine-Sol Multi-Surface Cleaner on laminate?

No. While the formulations have changed and some may contain less or no pine oil, they are still not recommended for laminate flooring. The manufacturer's own website specifies that it should not be used on unsealed, unfinished, waxed, oiled, or worn wood. Since laminate has unsealed edges and a wood-based core, it falls into the high-risk category. Always default to the flooring manufacturer's guidelines, which will invariably recommend a simple pH-neutral solution.

Is vinegar a safe alternative to Pine-Sol for laminate floors?

Vinegar is a popular DIY cleaner, but it is not a safe choice for laminate floors. Vinegar is acetic acid. Like the acids in Pine-Sol, it can slowly etch and dull the protective wear layer over time. Using vinegar will also void your flooring warranty. While it may not leave an oily residue like Pine-Sol, the risk of chemical damage to the finish is similar.

How can I remove the hazy residue left by Pine-Sol?

Removing a stubborn, built-up film can be challenging. Start with the least aggressive method. Mop the floor with a clean microfiber pad lightly dampened with warm water. You may need to rinse the pad frequently as it picks up the residue. If that doesn't work, try a solution of 10 parts water to 1 part rubbing alcohol. The alcohol can help break down the oily film. Test in an inconspicuous area first. For very heavy buildup, a commercially available floor residue remover may be necessary, but ensure it is rated as safe for laminate flooring.

What does "pH-neutral" mean for a floor cleaner?

The pH scale measures how acidic or alkaline a substance is, from 0 (very acidic) to 14 (very alkaline). A pH of 7 is neutral. A pH-neutral cleaner is one that has been formulated to have a pH level at or very near 7. This makes it chemically non-reactive and gentle, so it can clean without altering or damaging sensitive surfaces like a laminate wear layer.

How often should I be cleaning laminate floors with a liquid solution?

The frequency of "wet" cleaning depends entirely on your household's lifestyle. For most homes, a damp mopping is only necessary once every one to four weeks, or as needed for specific spills. The focus should be on daily or every-other-day dry mopping or vacuuming to remove abrasive grit. Over-cleaning with liquid is a common mistake that increases the risk of moisture damage.

Conclusion

The journey to understand the relationship between Pine-Sol and laminate flooring takes us from the familiar comfort of a nostalgic scent to the precise and unforgiving world of material science. The impulse to use a trusted, powerful cleaner to make our homes feel pure is a strong one. Yet, as we have seen, this impulse can lead to significant, often irreversible, harm when misapplied. The question "can I use Pine Sol on laminate floors?" receives a clear, evidence-based answer: you should not.

The five principal reasons form a compelling case against its use. The chemical nature of Pine-Sol, particularly its acidity, launches a slow but relentless attack on the floor's essential wear layer, gradually robbing it of its protective sheen. The very process of mopping with a water-based solution introduces the grave danger of moisture, which seeks out the vulnerable seams between planks and causes the wood-composite core to swell and deform permanently. Even if this structural damage is avoided, the cleaner can betray its purpose by leaving behind a sticky, hazy residue that dulls the floor's appearance and paradoxically attracts more dirt.

Beyond these physical consequences, there is the stark contractual reality of the manufacturer's warranty—a financial safeguard that is immediately nullified by the use of prohibited substances. Finally, the existence of safer, more effective, and manufacturer-approved alternatives removes any need to take such a risk. The proper care of laminate flooring is a gentle art, one that favors dry cleaning and the sparing use of pH-neutral solutions on a barely damp mop. By embracing this correct methodology, you are not just cleaning a floor; you are actively preserving its beauty, its integrity, and its value for years to come.

References

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Lanmeco. (n.d.). Professional manufacture for SPC(Rigid) PVC and laminate flooring. Retrieved from

Pergo. (n.d.). Pergo laminate flooring: Tough, beautiful, sustainable floors. Retrieved from

Quick-Step. (n.d.). Find your perfect floor | All Quick-Step floors. Retrieved from

Tarkett. (n.d.-a). Flooring solutions for apartment buildings and collective housing projects – Vinyl, wood and laminate floors. Tarkett. Retrieved from

Tarkett. (n.d.-b). Installation & maintenance at home. Tarkett. Retrieved from

Hanflor. (n.d.). Vinyl flooring VS laminate flooring. Hanflor. Retrieved from https://www.hanflor.com/n1854587/Vinyl-flooring-VS-laminate-flooring.htm