Can You Screen and Recoat Engineered Hardwood Floors? Tips and Tricks

By Cezar

Engineered hardwood floors are popular because they combine the look of real hardwood with extra toughness. Keeping them in good shape requires special care. An important part of this care is screening and recoating. This helps keep your floors looking beautiful and lasting longer. Being aware of the right time and method to screen and recoat is crucial in preserving the lively look and texture of your engineered hardwood floors.

What Does ‘Screen and Recoat’ Mean?

Engineered hardwood floors are cool because they mix the beauty of real wood with being strong, not too expensive, and easy to put in. These floors have a special layer on top that makes them look good and protects them from getting scratched or worn out. However, this protective layer can wear out, get scratched, or lose its shine over time. To keep the floor looking good and protected, a screen and recoat process is needed. This involves:

  1. Light Sanding (Screening or Buffing): The first step is gently sanding the top layer. This removes any old, worn-out, or dulled finish. It’s important to make sure the new finish sticks properly.
  2. Cleaning: After sanding, the floor is thoroughly cleaned to remove all dust and debris. A clean surface is crucial for a smooth application of the new finish.
  3. Applying New Finish: Finally, a new layer of finish is applied. This refreshes the floor’s look and adds a new protective barrier.

This procedure extends the life of your engineered hardwood floor, which is essential due to its special makeup. While many engineered hardwood products can be treated this way, it’s best to check your specific flooring type. Some floors might have factory finishes that aren’t suitable for buffing.

Timing for Screen and Recoat

Determining the right frequency for the ‘screen and recoat‘ process of your engineered hardwood floors involves considering various factors. Here’s a detailed breakdown:

  1. General Rule: Recoat your floors every 3 to 5 years. This keeps the floor’s finish strong and protects the wood.
  2. Busy Floors: Places like hallways or living rooms with lots of foot traffic might need recoating sooner. Lots of walking wear the floor out faster.
  3. Watch for Wear: Keep an eye on your floor. You should recoat if:
    The finish looks dull and not shiny.
    The finish is getting thin in places where people walk a lot.
    You want to change how the finish looks, from shiny to less shiny.
    There are small scratches or marks.
  4. Check Your Floor Regularly: Once a year, take a good look at your floor. This helps make sure the finish is always protecting your floor.
  5. How Long Finishes Last: A new finish on your floor usually lasts 1 to 3 years. This can change based on the finish type, how much the floor is used, and how well it’s cared for.
  6. Fix Wear Quickly: If you see the finish wearing off, fix it fast. A worn finish means the floor can get damaged more easily. Quick fixes can save you from bigger, more expensive repairs later.

Can You Screen and Recoat Engineered Hardwood Floors

Duration of the Process

The screen and recoat process for engineered hardwood floors doesn’t take long. It’s often done in less than 48 hours. This is a great way to keep your house looking good without too much hassle. Let’s go over what happens and how long it takes:

  • Getting Ready: First, we need to clear the room. Furniture, carpets, and anything else on the floor has to go. This makes sure everything goes smoothly and quickly.
  • Buffing the Floor: Next, we use a special machine to sand off the old finish on the floor. We have to be careful doing this so we don’t hurt the floor. This might take a few hours, but we have to be slow and steady.
  • Cleaning After Buffing: After finishing the sanding, we thoroughly remove all the dust and debris. It’s important to do this well so the new finish looks perfect.
  • Putting On the New Finish: Then, we put on the new finish. We might do this twice to make the floor stronger and look nicer. The time between coats depends on the type of finish we use. It could be 2 to 8 hours.
  • Drying Time: The new finish needs about a day to dry completely. We’ll keep the room airy to get rid of any smells from the finish.
  • Putting Things Back: After everything’s dry, we can put the furniture and carpets back in the room.

Why Not Just Sand?

Sanding floors all the way might sound like a good idea, but it’s not the best for engineered hardwood floors. Here’s why:

  1. Intensity of Sanding: Sanding is intense. People often use it to repair major damage. It means taking off a lot of the floor’s top layer.
  2. Engineered Hardwood Constraints: Engineered hardwood isn’t like regular hardwood. It has a thin hardwood layer. This layer is so thin, it might only handle sanding once in its whole life.
  3. Risk of Damage: Sanding too much can ruin the thin layer. This can mess up how the floor looks and its strength.
  4. Preservation through Screening: For regular upkeep, screening is gentler. It makes the floor look new without the dangers of deep sanding.
  5. Professional Advice: If you’re not sure about sanding, ask the experts. They can tell if your engineered hardwood needs sanding or just a screen and recoat.

Screen and Recoat Hardwood Floor

Final Thoughts

Taking care of engineered hardwood floors is almost like an art. You have to be observant and act at just the right moment. Can you screen and recoat engineered hardwood floors? Absolutely, and it’s a crucial step. Knowing when to add a new coat, understanding how much sanding is too much, and being aware of the time it takes are all important. This keeps your floors looking their best.

Indeed, it is highly advisable to engage a professional for the screening and recoating process. Buffing your floor requires special equipment, and if used incorrectly, it’s easy to remove too much of your flooring surface. Additionally, the application of the finish must be executed with precision, as an uneven coating may necessitate a subsequent screening for correction.