Waterproofing using a membrane coil system
The membrane coil system is considered one of the advanced and ideal systems in the field of waterproofing, as it provides effective solutions to protect buildings from water leaks and humidity. This system relies on the use of rolls of insulating material, which are installed on surfaces exposed to water and moisture, such as roofs, walls, and floors. Membrane insulation is one of the reliable and durable methods for dealing with water-related problems.
What is a membrane coil system?
Membrane is an insulating layer made from multiple materials, such as bitumen, PVC, or TPO. These materials are available in the form of insulating rolls that are easily applied to surfaces. The insulation system using two membranes is characterized by its flexibility and its ability to form a homogeneous layer free of gaps or cracks, ensuring effective protection against water leakage. This system is one of the most widely used methods in waterproofing projects for buildings and facilities.
Advantages of waterproofing using membrane rolls:
Effective protection against water: The two-membrane system is considered one of the most effective systems in protecting buildings from water leakage. It is characterized by its ability to create a tight insulating layer that prevents water from leaking into the building, which makes it the ideal choice for areas that are constantly exposed to moisture or water.
Easy and flexible installation: The membrane coils can be easily installed on various surfaces, whether horizontal or vertical. These rolls have flexibility that allows irregular surfaces to be covered neatly and precisely, providing comprehensive and lasting protection.
Long-lasting durability: Membrane is a material that has high durability and the ability to resist corrosion and harsh environmental conditions such as heat and cold, ensuring a long life for this system without the need for frequent maintenance.
Resistance to environmental factors: Membrane rolls are resistant to the negative effects of rain, humidity, and ultraviolet rays, making them suitable for use in different climates, whether hot or cold, or even in areas with high humidity.
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