Because tongue-and-groove boards are locked in place, removal involves cutting out the middle of each damaged board. The easiest way is to bore a 1-in.-dia. hole through both ends of each damaged board (photo 1). Then use a circular saw to connect the two holes (photo 2). Follow these steps to safely make the plunge cuts you need to repair your hardwood floors: 1. Adjust the depth of cut to the thickness of the floorboards. Plug in the saw and put on eye protection. 2. Pull back the retractable blade guard with your thumb. Then hold the nose of the baseplate on the floorboard and lift up the rear of the saw. 3. Align the blade with the right edge of one of the holes. Make sure the blade isn't touching the floor, then squeeze the trigger and slowly lower the spinning blade into the board. 4. Grip the saw firmly with both hands and guide it in a straight line until you cut into the right edge of the hole at the opposite end of the board. 5. Move back to the first hole, align the blade with the left edge and cut to the left edge of the second hole. Pry out the middle section with a hammer and chisel. Chop out the remaining edges, being careful not to damage any surrounding boards (photo 3). The "tongue" piece will be nailed in place, so break it out in small pieces. Then pull out the nails with a hammer or locking pliers. The existing floorboards have a tongue and groove milled on each end and along the edges. Chop off the tongue exposed by the board you just removed so you can slip in the new board (photo 4).
If your only goal is to brighten your floors and restore their original shine, consider refinishing them. But if you want to change some aspect of the floor itself, like the style of the wood, the direction of the planks or the consistency of the material, you will need to invest in a full replacement. Refinishing is ideal to restore existing wood, while replacement is ideal for establishing a completely new look or feel. Denver Hardwood Floors Glue down engineered hardwood, alternatively. If you don't want to nail down the boards, you do have the option of using adhesive to put engineered hardwood in place. It's a good choice, but won't last as long or be as sturdy as nailed down hardwood. The procedure is very similar to the nail-down process. Follow the adhesive manufacturer's instructions for installation and drying times.
Floor connection system: There are a wide range of connection systems, as most of them are mill-specific manufacturing techniques. The general principle is to have grooves on all four sides of the plank with a separate, unconnected, piece that is inserted into the grooves of two planks to join them. The piece used for the connection can be made from wood, rubber, or plastic. This installation system allows for different materials (i.e. wood and metal) to be installed together if they have the same connection system.
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 One of the best things about cork floors is that they are environmentally friendly because cork is a sustainable and renewable resource. The natural beauty of the material can suite any decor. The structure of the cork allows for a natural comfort and softness to absorb shock. This is why use of cork flooring is a good application in areas where people will be on their feet for extended periods of time. Using cork floors will reduce noise from traffic or dropping items, also because of the structure of the cork material. The natural properties of the material make it healthy because it is not only resistant to insects, but it is hypo-allergenic.
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