Having your buildings properly waterproofed is crucial. Water can damage the structure of a building, causing bubbles in the paint, creeping between bricks, and triggering black mould. It can also carry a host of toxic and pathogenic agents into the workspace, making it vital to keep these areas as free of moisture as possible. Commercial waterproofing, as well as roof waterproofing, is a good way to avoid these problems, and there are a variety of reasons to have this work done.
Commercial projects usually require more work than residential jobs. The crew must be prepared to handle the additional work that typically comes with these types of projects. To prepare for the commercial market, the company took the contract and blueprint reading courses at a local community college.
Waterproofing Options
Bituminous membranes are available. Bituminous membranes have a low application cost and can be easily applied to various types of substrates. However, they are not eco-friendly because they are made of crude oil. However, they are very effective in preventing water from penetrating a building. Whether you need waterproofing for a building or for a single room, this versatile membrane can meet your requirements.
The spray-on membrane is another option. It is a paint containing a high concentration of resins and solids. Once cured, the finish is completely waterproof. It can be applied to both vertical and horizontal surfaces. It is best to contact a professional before applying a spray-on membrane to a building.
Quality Waterproofing is Crucial
The overall cost to maintain and repair a building can be reduced if a building is waterproofed. It also helps prevent discolouration. Water seeping from the walls and floor can result in cracks and holes in the facade of a building. Furthermore, water seepage can weaken a building’s structure, reducing its energy efficiency and raising your utility bills. These are just a few of the benefits of commercial waterproofing. So, consider getting it done on your next commercial building.
Commercial waterproofing is vital for preventing water damage and keeping it as visually appealing as possible. A properly installed waterproofing system can protect your building and prevent a number of costly problems in the future.
Preparation is the most important step in commercial waterproofing. Failure to do so will increase the risk of water seepage. Therefore, you should contact a professional waterproofer if you suspect that your property is susceptible to water damage. You will be surprised at how long and how effective it can be if properly maintained.
Waterproofing Process
The best way to tell if your building is suffering from water damage is by checking the appearance of standing water. Look for stains and mould, which are signs of a leaking building. Not only can these problems affect your business’ productivity, but they can also damage your employee’s morale. Thankfully, there are many professional waterproofing services available to help you protect your building from water damage.
Commercial waterproofing begins with identifying the areas that need to be repaired. There is no need to waterproof every square inch of your building since 80% of surfaces will repel water. Finding a professional who can appropriately identify the issue and implement the appropriate solution is crucial in such a case. It is important to choose a contractor who understands the importance of waterproofing and can address any issues quickly. The process can be time-consuming and costly, but it is essential to ensure that your building stays protected.
Aside from above-grade waterproofing, there are several different types of below-grade waterproofing. Commercial buildings require these systems to prevent water from seeping into the foundation. If not done properly, this water damage can cause severe structural problems, including buckling and crumbling walls. Furthermore, it can also stop the passage of pollutants inside your building. Commercial waterproofing can prevent corroding steel, weakened concrete, and chloride ions between structural components.