There are many different types of materials used by waterproofing companies in Dubai. These range from sheet-applied waterproofing membranes to Liquid systems. You must choose one that can withstand the elements. In addition to waterproofing materials, you should consider the type of building you have. For example, a concrete foundation requires a different type of waterproofing material than a wooden one. In addition, waterproofing materials should have the ability to withstand extreme temperatures.
Liquid waterproofing membranes:
Whether you’re installing a green roof or a home improvement project, there are several advantages to using liquid waterproofing membranes. These systems are easy to apply and durable, and the best ones have low water absorption rates. They also prevent water migration by forming a tight bond with the substrate.
Sheet-applied waterproofing membranes:
There are several different kinds of sheet-applied waterproofing membranes available on the market. They include bituminous waterproofing membranes, PVC membranes, and composite membranes, which have a fabric foundation and chemical coating. Sheet-applied membranes are typically factory-produced, ensuring consistent quality. On the other hand, liquid-applied waterproofing membranes are applied as a liquid and adhere to the surface.
If you’re using a waterproofing system at home, it is important to use Mud Mats. These are made of a double layer of high-strength woven fabric with reinforcing members running perpendicular to the direction of traffic. These members are secured individually within pockets. The pockets contain small bamboo posts, approximately two inches in diameter. They are easy to transport and can be used in soft ground conditions.
Reinforced sheet membranes:
Reinforced sheet membranes are commonly used in home waterproofing projects. They provide a strong barrier against water and humidity while allowing for easy maintenance. Reinforced sheet membranes have a wide range of characteristics and can be used to protect a variety of surfaces. For example, a membrane should have UV stability and resistance, as well as elongation, which is measured in percentages. Elongation of 150% means that the membrane will stretch 1.5 times its length when pulled. This property is important in buildings that may move. It will also allow the membrane to stretch over cracks and other irregularities in the substrate.