This question is often asked by customers that are leaning more towards selecting a solid hardwood floor and not quite familiar with the benefits and advantages of engineered hardwood.
Can engineered hardwood be refinished.
Engineered wood flooring is usually 4 8mm and is good for sanding and refinishing.
If you have the solid wood type you can absolutely refinish it usually between four and seven times before the floor would need to be completely replaced.
Even at 3mm if the floor is lumpy you risk sanding through to the ply substrate.
Whether your home has hardwood or engineered wood most homeowners refinish their wood flooring about every 15 years.
Most wear layers on today s engineered hardwood floors vary between 5 to 6mm.
Can your engineered floor be refinished.
Cannot be sanded and refinished.
Here are the general guidelines to keep in mind 5 to 1mm wear layer.
Engineered wood can potentially be refinished but this is wholly dependent on the thickness of the top layer of wood.
If you have an engineered hardwood installed that is damaged due to traffic dented and scratched before sanding down at it there are a few things to consider.
A thicker wear layer means your floor can be sanded and refinished more often increasing the lifespan of the floor.
By the way this discussion applies to engineered parquet flooring too.
However if your engineered wood floor has a 2mm wear layer you can generally refinish it once or twice.
Many customers are surprised to learn that engineered hardwood can indeed be refinished once and sometimes more.
That depends on how many times it has been refinished before and how thick the wear layer is.
Only recoated with a layer of urethane.
Some things to consider are the type of wood the current color and if it s been refinished before.
As we previously discussed refinishing engineered wood is a delicate process in that there isn t as much actual wood that can be sanded away.
It cant be thinner than 3mm.
Engineered hardwood flooring can be refinished though not as many times as solid hardwood.
It all depends on the thickness of the wear layer.