116% harder than Red Oak (1) 12% harder than Red Oak (11) 123% Harder than Red Oak (4) 125% harder than Red Oak (2) 141% harder than Red Oak (2) 15% softer than Red Oak (2) 165% harder than Red Oak (2) 174% harder than Red Oak (5) 18% softer than Red Oak (1) 185% harder than Red Oak (4) 198 % harder than Red Oak (2) 2% harder than Red Oak (2) 2% Softer than Red Oak (1) 25% softer than Red Oak (1) 28% harder than Red Oak (1) 30% harder than Red Oak (8) 33% harder than Red Oak (2) 41% harder than Red Oak (7) 43% harder than Red Oak (1) 5% harder than Red Oak (8) 53% softer than Red Oak (1) 6% harder than Red Oak (14) 67% harder than Red Oak (5) 74% harder than Red Oak (2) 81% harder than Red Oak (2) 82% harder than Red Oak (2) 9% softer than Red Oak (1) about the same as Red Oak (7) Benchmark at 1290 on Janka Scale (37) Hardwood Floors
Regardless of the floor, the protective finish will play a large role in how scratch and stain resistant it is. Both hardwood and Rigid Core flooring are available with various types of protective finishes. Rigid Core flooring goes a step beyond hardwood though, and also has a transparent solid wear layer that protects against gouging and deeper scratches. Denver Hardwood Floors
Choose your replacement hardwood flooring. You don't have to replace your old floor with the exact same wood or flooring type that you just removed! You can glue your new hardwood flooring into place if you like. You can also install nail-down, floating (or locking) hardwood flooring as a replacement. The choice is up to you and what your budget allows. Hardwood Floors
Engineered wood flooring has other benefits beyond dimensional stability and universal use. Patented installation systems allow for faster installation and easy replacement of boards. Engineered wood also allows for a floating installation where the planks are not adhered to the subfloor or to each other, further increasing ease of repair and reducing installation time. Engineered flooring is also suitable for underfloor and radiant heating systems. Denver Hardwood Floors
Engineered wood flooring consists of two or more layers of wood adhered together to form a plank. Typically, engineered wood flooring uses a thin layer (lamella) of a more expensive wood bonded to a core constructed from cheaper wood. The increased stability of engineered wood is achieved by running each layer at a 90° angle to the layer above. This stability makes it a universal product that can be installed over all types of subfloors above, below or on grade. Engineered wood is the most common type of wood flooring in Europe and has been growing in popularity in North America.
One of the drawbacks of cork flooring is the cost. It is more expensive than other wood flooring options. The cost of import, plus material, plus installation is more than many budgets can handle. Due to the soft nature of the flooring, it is easily damaged by furniture and shoes, but it can and should be protected just like any other type of wood floor.
Eliminate any problem spots to make the subfloor level. Sand minor humps down with a hand-held or orbital sander to make the subfloor level. To fill any dips or low spots, use a leveling compound (also known as floor patch). Mix up the compound according to package directions, fill in the dips, then pull your straight piece of lumber back and forth over the spot to flatten and level it with the rest of the subfloor. Denver Hardwood Floors
While the overall thickness of flooring is going to vary by category, it is still important to know what is contributing to that thickness. Engineered wood flooring can inflate thickness by adding more layers of plywood or particle board, but still only offer a thin veneer of real wood on top. The dense core allows for Rigid Core floors to be significantly thinner than traditional hardwood floors, with WPC floors being thicker than SPC products. That doesn’t mean all Rigid Core floors are made equally though. Just like how engineered hardwood flooring can inflate thickness, Rigid Core flooring can alter the overall thickness by increasing the size of the acoustical padding on the back. While this padding adds a lot of great features, it doesn’t need to be any thicker than 1mm in size. When it comes to Rigid Core flooring, the thickness of the core is most important.
Make cuts perpendicular to the direction the wood is laying. Using a circular saw, make single cuts straight across the flooring that are about 1 foot (30 cm) to 2 feet (61 cm) apart. Be sure your cuts are perpendicular to the direction of the wood. Start on 1 side of the room and work your way systematically to the other side, spacing each cut about 1 foot (30 cm) to 2 feet (61 cm) apart. Denver Hardwood Floors
To fix a buckled floorboard, you need to be able to access the floor from below. The way to tackle this problem is to put weight on the buckled area from above — a cement block works well. Then install a 1 1/4-inch screw in the buckled flooring from below. Allow the screw to penetrate only halfway into the flooring, or it may come up through the finished surface. Driving the screw through the subfloor and into the flooring pulls the flooring down against the subfloor and gets rid of the buckled spot. Hardwood Floors