Root puncture resistant polyvinyl chloride waterproofing membrane is a type of waterproof material with excellent quality and performance. It is widely used in various construction projects and has gained recognition from many users. Below are the construction precautions for root puncture resistant polyvinyl chloride.
Root puncture resistant PVC waterproofing membrane has a long service life and strong aging resistance. High tensile strength, relatively high elongation, and relatively small dimensional changes during heat treatment.
The low temperature flexibility of root piercing resistant polyvinyl chloride waterproofing membrane is good, and it can adapt to various environmental temperature changes. The root system has good permeability and can be used as a roof for planting. Good resistance to perforation and impact resistance.
The root puncture resistant polyvinyl chloride waterproofing membrane is easy to construct and has good plasticity, making it convenient and quick to handle corner details. Easy maintenance and low construction cost. Light colored surfaces can reflect ultraviolet radiation, and the surface of the coil absorbs less heat, resulting in lower temperatures.
The root puncture resistant polyvinyl chloride waterproofing membrane has good water vapor diffusion, and the condensate is easy to release. The moisture left at the base layer is also easy to discharge.
Waterproofing of the roof is very important as it can have an impact on future life. There are many special parts of roof waterproofing that are very difficult to construct and have a direct impact on the overall waterproofing effect. So, how to deal with these special parts with root resistant puncture waterproofing membrane?
For the water outlet, additional layers need to be added around the perimeter, and there are thickness requirements. Seal the chassis with sealing material.
The root puncture resistant waterproofing membrane should be treated for the areas where water overflows, and there should be additional layers at the corners of the layer and the vertical wall.
The root of the roof pipeline also needs to be treated. It is necessary to fill the sealing material first, then add an additional layer, and finally lay the waterproof layer. The interface should be tightly sealed with metal pressure strips.
