Engineered Wood Flooring Hardness Scale

Engineered hardwoods have different materials under the actual wear layer.

Engineered wood flooring hardness scale.

15270519 where the wood hardness scale comes from. Although this janka hardness test is one of the best methods to measure the ability of wood species to withstand indentations it should be used only as a general guide when comparing various species of wood flooring. Woods with a low rating on the wood hardness scale are those that will dent and scratch most easily. When considering engineered wood flooring the hardness scale should not be taken in earnest.

The lower the number the softer. We ll be with you every step of the way ensuring that each stage of the project is a success. Higher quality will see baltic. When choosing floors for your home keep in mind the janka hardness scale as it will tell you generally how.

To learn the basic hardness of different common woods used in flooring check the chart below. The janka hardness test from the austrian born emigrant gabriel janka 1864 1932 measures the resistance of a sample of wood to denting and wear. It is important to remember that the testing process used in the janka scale is an impact test not a test of scratching scuffing or any other wear and tear that flooring experiences. The best wood for hardwood flooring typically falls above 1000 on the scale.

The janka hardness scale starts at 0 and goes through 4000 with 4000 being an extremely hard wood so hard it is difficult to saw. While there are no official studies i am aware of with engineered products the actual hardness testing reporting is done with solid wood flooring. The scale was developed as a means for displaying the results of the janka hardness test. The type of construction and finish also play an important role in the.

Jasper engineered hardwood baltic oak collection in sand sku. Janka hardness ratings of wood species. By jeff hosking hosking hardwood flooring. For example balsa wood which is extremely lightweight and used for crafts is one of the lowest on the scale at 100 lbs.

It measures the force required to embed an 11 28 millimetres 0 444 in diameter steel ball halfway into a sample of wood. In short a higher number rating on the janka scale equates to a harder wood species. A janka rating provides a great barometer for determining how well a particular floor may withstand denting and wear. The janka hardness scale runs from zero softest to 4 000 lbs hardest.