A refinishing bathroom or kitchen countertops using epoxy is an excellent DIY project that virtually anyone can do. However, if you desire beautiful and durable countertops, many individuals believe that you need to pay significantly for marble or granite. Fortunately, DIY Denver Epoxy Countertops are cost-efficient means to make beautiful and durable countertops. You may even discover that the material can be used in place of expensive materials such as granite and marble. Read on to learn more.
Tips to Remember in Beginning the Epoxy Countertop Project
Before you begin the DIY epoxy countertop project, you should determine whether you prefer marble or granite. If you are like many people who are thinking about renovating their kitchens and bathrooms, granite and marble are likely to be your first choices. This is especially true if you also enjoy the look of natural stone, along with the durability. If you can locate genuine stone, then you will almost certainly like the appearance and durability provided by these materials. For more information you can check the Denver Epoxy Facebook Page
The Durability of Dry Epoxy Countertops
Many people are concerned about the durability of dry epoxy countertops. The good news is that it is relatively easy to achieve good results. One of the most significant advantages of this type of construction is that there is no need to use a hardener, although hardeners can be advantageous when applying the product to the surface of the concrete. Typically, hardeners increase the number of times that the resin will be applied to the surface.
Before beginning the day epoxy countertops project, you must ensure that you are working with a clean area. In particular, you should remove any debris, including old tiles and plastic sheeting. Once you have cleared the workspace, you should also clean the surfaces with a chemical that will help loosen up dirt and bacteria. While you are cleaning the surfaces, you should make sure to remove all air bubbles. It is important to remove all air bubbles from the surfaces as air bubbles will prevent a good seal with the Epoxy resin. This process should be repeated until the surfaces are free of all air bubbles.
Once the surfaces are clean, you are ready for the second step of the day epoxy countertops project. Using a mallet, strike the tops of the containers with it. This will cause the resin to adhere to the surface of the hardening agent. You will find that the best-quality resins will bond better to the tops of containers than those which bond poorly. After the containers are firmly struck, you should pour the chemical into the bottom of each container.
Once you have poured the chemicals into the containers, you should wait approximately twenty-four hours before removing the containers from the heat source. Once you have removed them from the heat source, you can place the containers in the bleach solution. This solution will help to whiten the countertop. For the final step of the day epoxy countertops project, you should clean the tops of the bar top epoxy kits with the oxygen bleach solution once the counter-tops have dried. This solution is perfect for removing stains, dirt, and oxidation from the epoxy resins.
When you have completed the DIY epoxy project, you should allow the kit to cure for one day. This will allow time for the epoxy resin to properly harden, thus creating a strong, durable, yet slip-resistant surface. Once you have allowed the cure to set, you can apply the finishing coat of your choice. Most DIY epoxy projects include a coat of primer that helps the new finish to adhere to the old finish. You can locate Denver Epoxy by clicking this link here.
Before installing the countertop, you may need to apply a first layer of sealer. This coating will help keep water out of the epoxy resin, thus reducing moisture build up. You may also need to apply some sort of finishing oil to help seal the surface and provide an extra smoothing layer. If the countertop is in a particularly high-traffic area or is exposed to a lot of sunlight, you may need to seal the surface again after it has cured.