Engineered Wood Floor Spline - One question I have been asked time and again on the years working in the wood flooring industry is; can my old fitted wooden floor be sanded and refurbished? Many people have a wooden floor in their own house that's been down for 6-10 years that is appearing tired, dull, has spots or scratches in and has definitely seen better days. Most people understand things to do using a fitted wooden flooring is a little more confusing, although that original floor boards or parquet floors may be sanded back to create a finished flooring that is lovely.
Firstly you need to learn which kind of flooring you might have, & most importantly that it is wood. I'm afraid the sole option would be to replace it if your flooring is a wood effect laminate then. Laminate flooring comes in varying degree of quality, but most of the time it is basically a wood effect print stuck using a lacquer on top to either an MDF or plywood board, sanding it ruin the floor and would only sand off the paint.
There are just two types of wooden flooring that is fitted; engineered and solid wood flooring along with the good thing is, both refurbished and could be sanded to look as new as the day. Engineered wooden flooring will often be mistaken for laminate as it includes a similar building. Engineered wood flooring includes a thin layer of real wood, generally between 3-5 mm bonded to a foundation of either MDF or ply board, because that it is fitted together using a tongue and groove and of its building, it also stays very level.
This means if sanded accurately you must just have to sand off significantly less when compared to a millimeter, or so the floor can usually be sanded up to 3 times In Case your floor is solid wood flooring it'll possess a similar look to engineered on the surface, but it will likely be assembled completely of one piece of wood in the face of the foundation. Solid wood flooring is more expensive to make and certainly will necessarily cost a lot more to buy, but for me, it's not as good engineered as it is more inclined to warping.