Installing Floating Engineered Hardwood Over Concrete

The manufacturer should have recommendations for how wide the expansion gaps need to be.

Installing floating engineered hardwood over concrete.

Treated plywood to the concrete with concrete screws spaced every 16 in. Follow these steps install engineered hardwood over a concrete floor. Installing hardwood flooring over concrete. Consult the product data sheet for instructions regarding specific trowel requirements.

Experienced professionals pay close attention to managing moisture and minimizing wood floor expansion and contraction when preparing to install hardwood floors on concrete slabs. Lay 6 mil polyethylene sheeting over the concrete to minimize moisture migration from the concrete up into the wood flooring. Alternatively screw rows of treated 1x4s to the concrete 16 in. Hardwood floors are durable low maintenance and easy to clean.

Unlike traditional solid wood strips a floating floor isn t nailed down. Installing engineered hardwood flooring over concrete too tight against a stationary object will not allow room for normal expansion and may cause a failure. Use these step by step instructions to install engineered hardwood floors in your home. Cost skill level.

Instead the planks are either glued or snapped together. The quickest way to get new wood underfoot is to install a floating floor. The planks go down fast over virtually any material concrete plywood sheet vinyl even ceramic tile. Before installing a floating engineered hardwood floor follow the same preparation steps mentioned above including underlayment and laying out spacers to maintain the expansion gap specified by the manufacturer.

Installing a hardwood floor over a concrete slab even if your home was built on a concrete slab you can still enjoy the beauty and charm of hardwood floors. Installation expansion gaps should be left between the flooring and wall. Follow these steps to install an engineered wood floor in your home. How to install engineered wood over concrete.

Installing engineered hardwood flooring over concrete too tight against a stationary object will not allow room for normal expansion and may cause a failure.