PVC waterproof membrane Reinforced System 1

PVC waterproof membrane Reinforced System 2

PVC waterproof membrane Reinforced System 3

PVC waterproof membrane Reinforced System 4

PVC waterproof membrane Reinforced

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Loading Port:: Qingdao

Payment Terms:: TT OR LC

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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.

PVC waterproof membrane Reinforced

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: Are there any drawbacks or limitations to using a waterproofing membrane?: Yes, there are some drawbacks and limitations to using a waterproofing membrane. One limitation is that it can be expensive to install, especially if it requires professional assistance. Additionally, if the membrane is not properly installed or maintained, it can become damaged or ineffective over time. Another drawback is that waterproofing membranes can limit the breathability of a structure, which can lead to moisture buildup and potential issues with mold or mildew. Finally, while a waterproofing membrane can protect against water intrusion, it may not fully address other potential sources of moisture, such as condensation or groundwater seepage.

Q: Can a waterproofing membrane be used in cold climates?: Yes, a waterproofing membrane can be used in cold climates. In fact, it is highly recommended to use a waterproofing membrane in cold climates to protect structures from moisture damage caused by snow, ice, and freezing temperatures. Waterproofing membranes are designed to be flexible and durable, allowing them to withstand extreme temperature fluctuations without cracking or deteriorating. They create a barrier that prevents water from seeping into the structure, which is crucial in cold climates where water can freeze and expand, causing significant damage to buildings and infrastructure. Additionally, some waterproofing membranes are specifically formulated to perform well in cold weather conditions, offering enhanced resistance to freeze-thaw cycles and ensuring long-term protection against water infiltration. Therefore, it is essential to use a quality waterproofing membrane in cold climates to maintain the integrity and longevity of structures.

Q: Can a waterproofing membrane be used on tunnels with fire protection systems?: Yes, a waterproofing membrane can be used on tunnels with fire protection systems. In fact, it is often recommended to use a waterproofing membrane in conjunction with fire protection systems in tunnels to provide an additional layer of protection. The waterproofing membrane helps to prevent water infiltration into the tunnel, which can potentially damage the fire protection systems and compromise their effectiveness. By ensuring that the tunnel is watertight, the waterproofing membrane helps to maintain the integrity and functionality of the fire protection systems, allowing them to perform their intended function in case of fire. Additionally, the waterproofing membrane can also help to prevent the spread of fire by acting as a barrier against the passage of flames and smoke. However, it is important to ensure that the selected waterproofing membrane is compatible with the specific fire protection systems being used in the tunnel to ensure optimal performance and safety.

Q: Can waterproofing membranes be used on mechanical equipment rooms?: Yes, waterproofing membranes can be used on mechanical equipment rooms. Waterproofing membranes are commonly used to protect various types of structures, including mechanical equipment rooms, from water damage. These membranes create a protective barrier that prevents water infiltration, ensuring the longevity and proper functioning of the equipment and reducing the risk of water-related issues such as corrosion or electrical damage.

Q: Can a waterproofing membrane be used for a hospital?: A hospital can indeed utilize a waterproofing membrane. In construction projects, waterproofing membranes are frequently employed to safeguard the integrity of building materials by preventing moisture infiltration. In a hospital environment, where hygiene and infection control hold paramount importance, maintaining a dry and clean surrounding is crucial to hinder the growth of mold, mildew, and bacteria. A waterproofing membrane can serve as a barrier against water and moisture, thus averting any potential harm to the structure and ensuring a secure and healthy environment for patients, staff, and visitors. Moreover, specific areas of a hospital, such as operating rooms or laboratories, where the likelihood of spills or water exposure is higher, can also benefit from the use of waterproofing membranes. In summary, the incorporation of a waterproofing membrane in a hospital contributes to upholding a high standard of cleanliness, safety, and durability within the facility.

Q: Can a waterproofing membrane be used for bridge decks?: Bridge decks can benefit from the use of a waterproofing membrane. These decks are exposed to different weather conditions, including rain, snow, and humidity, which can cause damage and deterioration over time. To protect the bridge deck from water infiltration and related issues like corrosion of steel reinforcements, it is advisable to apply a waterproofing membrane on the surface. Waterproofing membranes are specifically designed to prevent water from penetrating the surface. They are usually made from materials like modified bitumen, thermoplastic, or liquid-applied coatings. These membranes are applied to the bridge deck surface, forming a seamless and watertight layer that stops water from seeping into the deck structure. Aside from preventing water infiltration, waterproofing membranes offer other advantages for bridge decks. They can help reduce the risk of freeze-thaw damage, guard against chemical attacks from de-icing salts or pollutants, and enhance the overall durability and lifespan of the bridge deck. Choosing the right waterproofing membrane for a bridge deck depends on several factors, such as the type of bridge, traffic conditions, climate, and expected service life. Therefore, it is crucial to seek advice from structural engineers and waterproofing specialists to select the most suitable membrane system for a specific bridge deck project.

Q: How does a waterproofing membrane handle construction joints?: A waterproofing membrane is designed to provide a protective barrier against water penetration in construction applications. When it comes to construction joints, which are commonly found in concrete structures, the membrane is specifically engineered to handle these areas. During the construction process, joints are created to allow for movement between different sections of the structure. These joints can be vulnerable points where water can potentially infiltrate. To address this concern, waterproofing membranes are installed to ensure that these joints remain watertight. There are different methods used to handle construction joints with waterproofing membranes. One common approach is to apply the membrane directly over the joint, extending it beyond the joint edges. This creates a continuous waterproof layer that covers both the joint and the adjoining areas. Another technique involves the use of specially designed joint tapes or strips that are embedded within the membrane. These tapes or strips are typically made of materials like rubber or PVC and are placed directly over the joint before the membrane is applied. They serve as an additional layer of protection, enhancing the waterproofing performance of the membrane at the joint. In addition to these methods, there are also specialized waterproofing systems available that include pre-formed joint sealants. These sealants are designed to fit snugly into the joint, providing a tight seal against water intrusion. The membrane is then installed over the joint, ensuring comprehensive waterproofing coverage. Overall, a waterproofing membrane is specifically designed to handle construction joints by providing a durable and effective barrier against water penetration. Whether through extending the membrane over the joint, using joint tapes or strips, or incorporating pre-formed joint sealants, these membranes ensure that construction joints remain watertight, protecting the structure from potential water damage.

Q: Sbs waterproofing membrane can make bathroom waterproof?: And can be used in the basement, bridges, parking lots, swimming pools, tunnels and other buildings waterproof, moisture, steam, impermeable and various types of roof maintenance works, and the service life is very long, basically not bad,

Q: Does a waterproofing membrane require any specific preparation of the substrate before installation?: Yes, a waterproofing membrane typically requires specific preparation of the substrate before installation. The substrate needs to be clean, dry, and free from any debris, oils, or contaminants that may hinder adhesion. It may also require smoothing or leveling of the surface to ensure proper application and effectiveness of the membrane.