Put on gloves, knee pads, and protective eye glasses. You'll be working diligently on your hands and knees for hours to complete this project, especially if you're doing a large space. Invest in a good pair of knee pads to protect your knees. Sturdy work gloves will protect your hands from splinters, and goggles will prevent sawdust and other debris from getting into your eyes. 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. Hardwood Floors
A number of proprietary features for solid wood floors are available. Many solid woods come with grooves cut into the back of the wood that run the length of each plank, often called 'absorption strips,' that are intended to reduce cupping. Solid wood floors are mostly manufactured 0.75 inches (19 mm) thick with a tongue-and-groove for installation.
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) Denver Hardwood Flooring
Engineered wood flooring was created to lower the cost of wood flooring and attempt to fix some of solid wood’s shortcomings. It’s constructed from inexpensive plywood or particle board and topped with a thin veneer of hardwood. This construction helps with installation flexibility and slightly improves indent performance, but it adds a new set of problems as well. Because the “real” wood part of the floor is just a thin veneer, damage from scratches can be irreparable. Engineered wood floors are still made from porous wood, meaning they can’t be subjected to water. Denver Hardwood Flooring
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. Hardwood Floors
Most floors use a tongue-and-groove design for connecting adjacent strips. This design makes replacing a single strip or plank challenging, but not impossible. First, look for any nails in the damaged board and drive them as far through the board as possible by using a hammer and nail set. Carpenters use nail sets to drive nails flush with trim without damaging the trim with a hammer. After you’ve cleared the nails, it’s time to remove the damaged board and install a new one. Follow these steps: Hardwood Floors