Installing Engineered Hardwood Flooring On Concrete

Use a notched trowel to spread the adhesive.

Installing engineered hardwood flooring on concrete.

Boards adhere well to the rough surface of the concrete subfloor and therefore lead to less gaps or planks lifting and buckling. Installing a floating engineered hardwood floor works well at any grade level and over most types of subfloor surfaces. Use a cleaner or special floor wipes designed for engineered wood flooring to immediately remove any glue that may have squeezed through the boards. Continue installing the floor when you reach the end of the floor stop and leave enough space to comfortably exit the room without stepping on the new floor.

Consult the product data sheet for instructions regarding specific trowel requirements. Only spread the adhesive over small areas ahead of you at any given time. Installing engineered hardwood flooring over concrete too tight against a stationary object will not allow room for normal expansion and may cause a failure. Solid parquet should not be installed below grade.

The adhesive manufacturer should have instructions regarding specific trowel requirements. Engineered wood flooring offers the timeless look of hardwood but is perfect for basements and other areas where moisture can be an issue. Follow these steps to install an engineered wood floor in your home. In general use a notched trowel to spread the adhesive.

When working on a clean concrete subfloor the glue down method is often the go to choice. Gluing solid parquet flooring directly to a concrete slab solid parquet hardwood flooring can be glued directly to a concrete slab on grade or above grade with the use of a manufacturer recommended vapor retarder. You don t want the adhesive drying before you can get to that area. Engineered wood flooring offers the timeless look of hardwood but is perfect for basements and other areas where moisture can be an issue.

Follow these steps to install an engineered wood floor in your home. Installing engineered hardwood flooring over concrete too tight against a stationary object will not allow room for normal expansion and may cause a failure.