• PVC waterproof membrane Reinforced System 1
  • PVC waterproof membrane Reinforced System 2
  • PVC waterproof membrane Reinforced System 3
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  • PVC waterproof membrane Reinforced System 6
PVC waterproof membrane Reinforced

PVC waterproof membrane Reinforced

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Qingdao
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Supply Capability:
100000 m²/month

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PVC (polyvinyl chloride) roof membrane

is an excellent high quality polymer waterproof sheet, made of PVC resin by adding plasticizer,

anti-UV agent, anti aging agent, and stabilizer and other processing aids through extrusion

and molding.As the highly recommended product by the Ministry of Construction, it is featured by high tensile

strength, great elongation, good stability, small shrinkage, low temperature performances, good resistance to

weathering and root penetration, and long service life.



Physical Property:

1.Good combination of high elasticity and tensile strength.

2.Fine resistance to static electricity.

3.Excellent resistance to ageing / weathering.

4.Durable,the effective age can be more than 20 years used on exposed surfaces,used on non-exposed surfaces,it can reach 50 years.

5.Fine flexibility at low temperature,adaptable to cold conditions.

6.Root-resistance,can be used on the planting roofs.

7.Fine puncture resistance, joint peel strength and joint shear strength.

8.Fine UV-resistance,no pollution to environment.

9.Easily welding,installing,secure.

10.Easy treatments to the delicate parts of corners and edges.

11.Convenient maintenance with low cost.

Polyvinyl Chloride (PVC) membrane with fiber reinforced layer

on the back is widely used in the roofs of civil buildings,

tunnels, channels, subways, highways, planting roofs, the roofs of steel

frame structure buildings, and etc.



Q:Can a waterproofing membrane be used for a parking lot pavement?
Yes, a waterproofing membrane can be used for a parking lot pavement. Waterproofing membranes are designed to protect surfaces from water infiltration and can be applied to various surfaces, including parking lot pavements. This can help prevent water damage, increase the lifespan of the pavement, and reduce the need for costly repairs.
Q:Are there any drawbacks or limitations to using a waterproofing membrane?
Using a waterproofing membrane comes with its fair share of drawbacks and limitations. One issue is the time-consuming and labor-intensive installation process. These membranes require careful surface preparation and multiple layers, which can be both time-consuming and require skilled labor. As a result, the overall cost of the project may increase. Another limitation is that not all surfaces are suitable for waterproofing membranes. Certain membranes are designed for specific types of substrates, such as concrete or metal, and may not adhere properly to other materials. To ensure proper adhesion and effectiveness, it is crucial to select the appropriate type of membrane for the specific surface. Moreover, waterproofing membranes can be sensitive to environmental conditions. Exposure to extreme temperature fluctuations, UV rays, and chemicals can degrade the membrane over time, reducing its effectiveness. To ensure the longevity of the membrane, regular inspections and maintenance may be necessary. Furthermore, during installation or due to external factors such as foot traffic or heavy objects, waterproofing membranes can be susceptible to damage. Punctures, tears, or improper installation can compromise the integrity of the membrane and reduce its ability to prevent water infiltration. Lastly, in certain situations, waterproofing membranes may not completely prevent water penetration. If there are existing cracks or structural issues in the substrate, water may find a way to seep through, bypassing the membrane. Therefore, it is important to address any underlying structural issues before applying the membrane to ensure optimal performance. In conclusion, while waterproofing membranes offer significant benefits in terms of water damage protection, it is crucial to consider these limitations and drawbacks before deciding to use them in specific applications.
Q:Does a waterproofing membrane provide any protection against radon gas?
No, a waterproofing membrane does not provide protection against radon gas. Radon gas is a radioactive gas that can seep through building materials, including waterproofing membranes. To protect against radon gas, specialized radon mitigation systems are required.
Q:Can a waterproofing membrane be used in interior or exterior applications?
A waterproofing membrane can be utilized in both interior and exterior scenarios. When used indoors, such as in basements or bathrooms, the membrane can be applied to walls or floors to effectively prevent water or moisture infiltration. This safeguard shields the underlying structure from potential harm caused by water intrusion. For exterior applications, the waterproofing membrane can be employed on the outer walls or foundations of a building to effectively repel water. This becomes particularly crucial in regions with heavy rainfall or high water tables. By creating a barrier against water, the membrane effectively maintains a dry and water-free interior environment for the building. In conclusion, the utilization of a waterproofing membrane in both interior and exterior contexts is absolutely necessary in order to ensure the longevity and durability of a structure by effectively safeguarding it against water-related issues.
Q:Can a waterproofing membrane be used on asphalt roofs?
Yes, a waterproofing membrane can be used on asphalt roofs. Waterproofing membranes are designed to provide a barrier against moisture, and they can be applied to various types of roofs, including asphalt roofs, to protect them from water damage and leaks.
Q:Is a waterproofing membrane suitable for use in areas with high groundwater levels?
A waterproofing membrane works well in areas where the groundwater levels are high. Its purpose is to stop water from getting in, making it an effective barrier against groundwater. These membranes are usually made from materials like bitumen, PVC, or EPDM, which are extremely resistant to water and can handle a lot of pressure from below. They are built to create a tight seal, keeping water out of buildings or underground areas. Because of this, a waterproofing membrane is the perfect choice for places with high groundwater levels. It can successfully guard against water infiltration and the potential harm it could cause to structures or infrastructure.
Q:Can waterproofing membranes be used for planter boxes?
Planter boxes can indeed benefit from the use of waterproofing membranes. These membranes are specifically designed to keep water from entering surfaces and can be applied to a variety of materials like wood, concrete, and metal. When a waterproofing membrane is applied to the inside of a planter box, it acts as a shield, safeguarding the material against water damage and extending the planter box's lifespan. This is especially advantageous for wooden planter boxes because it prevents the wood from decaying or deteriorating over time. Moreover, the waterproofing membrane also aids in retaining moisture within the planter box, preventing water leakage and ensuring that plants receive an adequate water supply for healthy growth. Ultimately, the use of waterproofing membranes for planter boxes enhances their durability and performance, making them a popular choice for both indoor and outdoor gardening.
Q:Are there different waterproofing membrane options for above-ground and below-ground applications?
Yes, there are different waterproofing membrane options available for above-ground and below-ground applications. Above-ground applications typically involve waterproofing structures such as roofs, balconies, or walls. For these applications, commonly used waterproofing membrane options include liquid-applied membranes, sheet membranes, and polyurethane membranes. These membranes are designed to withstand exposure to weather elements such as UV rays, temperature changes, and foot traffic. On the other hand, below-ground applications involve waterproofing structures like basements, foundations, or tunnels. Below-ground waterproofing membranes are specifically designed to withstand hydrostatic pressure from the surrounding soil and groundwater. These membranes are typically thicker and more durable than above-ground membranes. Commonly used below-ground waterproofing options include bituminous membranes, bentonite clay membranes, and composite membranes. It is important to choose the right waterproofing membrane for each specific application as the requirements and challenges can vary. Consulting with a waterproofing professional or engineer can help determine the most suitable membrane option for both above-ground and below-ground applications.
Q:What is the difference between polymer waterproofing membrane and cross film waterproofing membrane?
The use of high-quality pressure-sensitive adhesive adhesive layer, with the concrete base of the rapid combination of its excellent self-healing properties and local self-locking water performance greatly reduce the penetration rate. The polymer in the coil material reacts with the cement compound to form an interpenetrating network structure, which eventually forms a continuous mechanical bond and is permanently sealed on the cementitious material member.
Q:Are waterproofing membranes resistant to chlorine exposure?
The resistance of waterproofing membranes to chlorine exposure can vary. Certain membranes are designed to withstand chlorine and are commonly used in areas like pool decks or water treatment facilities where chlorine exposure is expected. These membranes are typically made with materials like PVC or TPO that naturally resist chlorine and can endure prolonged exposure without significant damage. It is important to be aware that not all waterproofing membranes are resistant to chlorine. Some membranes, particularly those made with materials like EPDM or bitumen, may not hold up as well against chlorine and may deteriorate or sustain damage with extended exposure. To ensure a waterproofing membrane lasts and performs well in a chlorine-rich environment, it is vital to choose a membrane specifically designed and tested for chlorine resistance. Seeking guidance from a waterproofing professional or manufacturer can assist in determining the most suitable membrane for the particular chlorine exposure conditions.

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