• PVC Waterproof Membrane in 1.0mm Thickness System 1
  • PVC Waterproof Membrane in 1.0mm Thickness System 2
  • PVC Waterproof Membrane in 1.0mm Thickness System 3
  • PVC Waterproof Membrane in 1.0mm Thickness System 4
  • PVC Waterproof Membrane in 1.0mm Thickness System 5
  • PVC Waterproof Membrane in 1.0mm Thickness System 6
PVC Waterproof Membrane in 1.0mm Thickness

PVC Waterproof Membrane in 1.0mm Thickness

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
20000 m²
Supply Capability:
5000000 m²/month

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PVC Waterproof Membrane in 1.0mm Thickness


Product Description of PVC Waterproof Membrane in 1.0mm Thickness:

PVC Membrane Waterproof /Waterproofing membrane For Roof   is a new polymer waterproof membrane. The PVC Membrane Waterproof /Waterproofing membrane For Roof  raw material is polyvinyl chloride resin, mixed with plasticizer, filler, antioxygen, ultraviolet absorber and other auxiliaries.

Thickness: 1.2mm/1.5mm/1.8mm/2.0mm

Width:2050mm

Length:20m( Special specifications can be customized)

Size: 2.05mx20m
Color: white/grey, or any other colors.

 

Features of PVC Waterproof Membrane in 1.0mm Thickness:

1. Excellent aging resistance. Service life of roofing material is over 20 years; service life of underground material is over 50 years.

2. Root resistant penetration, specially used on planting roofings.

3. Welding installation. Joints are solid and environment friendly, no pollution.

4. High tensile strength, good elongation and dimensional stability.

5. Good plasticity, easy and suitable for details installation.

6. Fireproof. Fire extinguished out of the ignition resource.

7. Surface is smooth, no fading and dirty resistant.

8. Width is over 2m. Construction wastage is small, more economical.


Classification of PVC Waterproof Membrane in 1.0mm Thickness:

1. N: Homogeneous PVC membrane

2. L: PVC membrane with fabric backing

3. W: Reinforced PVC membrane

 

Advantage of PVC Waterproof Membrane in 1.0mm Thickness:

 1.) Mixing automation. Apply automatic temperature control automatic time control and automatic feed control.

2.) Extrusion equipment uses twin screw coextrusion. Screw temperature uses computer automatic temperature control system.

3.) Handpiece uses large width didhead extrusion equipment.

4.) Sophisticated three-roller calender equipment. The space between equiment is controlled by automation system.

 

Technical Data of PVC Waterproof Membrane in 1.0mm Thickness:


No.

Item

Model 

1

Tensile Strength Mpa                          ≥ 

12.0

2

Elongation at break%                          ≥

250

3

 Shrinkage rate %            ≤

2.0

4

Flexibility at low temperature 

 No crackle at -25oC

5

Water tightness 

  Watertight

6

Puncture resistance

Watertight

7

 Heat aging treatment

Appearance

 Free from bubble, crack, cohesion and void

Change rate of tensile strength  %

+20oC

Change rate of elongation at break

Flexibility at low temperature 

 No crack at -20oC

8

Chemical corrosion resistance

Change rate of tensile strength %

+20

Change rate of elongation at break

Flexibility at low temperature

 No crack at -20oC

9

Artificial weathering 

Change rate of tensile strength %

+20

Change rate of elongation at break

Flexibility at low temperature

 No crack at -20oC


Application of PVC Waterproof Membrane in 1.0mm Thickness:

PVC waterproof membrane forms an effective barrier to liquid water or water vapor in the steel structure for industrial and civil engineering, underground engineering, such as subway, bridges , tunnel, water pools, shelter, grain depot, land filling and subwayProducts display.



Images of PVC Waterproof Membrane in 1.0mm Thickness:


PVC Waterproof Membrane in 1.0mm Thickness

PVC Waterproof Membrane in 1.0mm Thickness

PVC Waterproof Membrane in 1.0mm Thickness

PVC Waterproof Membrane in 1.0mm Thickness

PVC Waterproof Membrane in 1.0mm Thickness


FAQ:

  1. 1. Can you produce 4m width?

    Yes, no problem for us. We have four bases in China, largest one in this field.

  2. 2. How many quantity in one 20'' container for 1.2mm and 1.5mm?

    480rolls, 11520m2 for 1.2mm and 400rolls, 9600m2 for 1.5mm

  3. 3. Can you provide free samples?

    Yes, our samples are free, but express fees usually on buyer's account.


Q:Basement SBS Waterproof Coil Division I and II type What is the difference? How is the site identified?
SBS type I and type II differences are mainly low temperature flexibility and tensile extension. Type I low temperature flexibility is -20 degrees, pulling force of 500N / 5cm, elongation of 30%. Type II low temperature is -25 degrees, tension of 800N / 5cm, elongation of 40%. The appearance of the general can not distinguish, you can do experiments.
Q:Are waterproofing membranes resistant to salt damage?
Waterproofing membranes are generally resistant to salt damage, as they are specifically designed to create a barrier against moisture and water infiltration, offering protection against saltwater as well. Saltwater can be highly corrosive and cause harm to different materials, but waterproofing membranes are typically constructed using materials that can withstand the corrosive effects of salt. These membranes often consist of reinforced PVC, modified bitumen, or EPDM rubber, all of which have proven their durability and reliability in saltwater environments. In fact, waterproofing membranes are commonly used in areas like basements, swimming pools, and marine structures, where they are regularly exposed to saltwater. Thus, it can be concluded that waterproofing membranes are generally resistant to salt damage and effectively shield against saltwater infiltration.
Q:How does a waterproofing membrane work?
A waterproofing membrane works by creating a physical barrier that prevents water from penetrating through a surface. It is typically made of a durable material, such as rubber or synthetic polymers, that is applied to the surface to be protected. This membrane forms a seamless and impermeable layer, effectively preventing water from seeping into the underlying structure. Additionally, some membranes also have the ability to expand and contract with temperature changes or movement, ensuring long-term protection against water damage.
Q:What are the proper installation techniques for a waterproofing membrane?
Proper installation techniques for a waterproofing membrane involve a series of steps to ensure effective and long-lasting protection against water infiltration. 1. Surface preparation: It is crucial to start with a clean and smooth substrate. Remove any loose debris, dirt, or previous coatings. Repair any cracks or imperfections in the surface before proceeding. 2. Primer application: Apply a suitable primer to enhance adhesion between the substrate and the waterproofing membrane. The primer should be compatible with both the substrate material and the membrane. 3. Membrane selection: Choose a waterproofing membrane that is appropriate for the specific application and site conditions. There are various types of membranes available, including sheet membranes, liquid-applied membranes, and self-adhesive membranes. Consider factors such as the substrate material, expected movement or stress, and exposure to chemicals or UV radiation. 4. Membrane installation: The exact installation method may vary depending on the type of membrane used, but the following general steps apply to most installations: a. Unroll or unfold the membrane carefully, avoiding any wrinkles or folds. b. Position the membrane onto the primed surface, ensuring it extends beyond the desired waterproofed area. c. Use a roller or trowel to firmly press the membrane onto the substrate, ensuring good contact and removing any air pockets. d. Overlap the edges of adjacent membrane sheets or sections according to the manufacturer's instructions, typically around 2-3 inches. e. Apply a suitable seam or joint adhesive to seal the overlaps securely. 5. Testing and inspection: After installation, it is essential to perform a comprehensive quality control check. Conduct a flood or water test to ensure the membrane effectively repels water and there are no leaks or defects. 6. Protection and finishing: Protect the installed membrane from damage during construction activities, and apply any necessary protection layers or coatings to enhance its durability and resistance to UV radiation or mechanical stress. 7. Maintenance and repair: Regularly inspect the waterproofing membrane and promptly address any signs of damage, wear, or deterioration. Follow the manufacturer's guidelines for maintenance and perform necessary repairs as soon as possible to maintain the membrane's effectiveness. Remember, it is always advisable to consult with a professional waterproofing contractor or follow manufacturer recommendations for the specific membrane being used, as installation techniques can vary.
Q:How does a waterproofing membrane handle exposure to UV rays and sunlight?
A waterproofing membrane is designed to handle exposure to UV rays and sunlight by incorporating UV stabilizers and additives that protect it from the damaging effects of ultraviolet radiation. These components help to prevent degradation, discoloration, and weakening of the membrane caused by prolonged exposure to sunlight. Additionally, some membranes may have reflective properties that reduce heat absorption and extend their lifespan.
Q:Can a waterproofing membrane be used on balconies or decks?
Yes, a waterproofing membrane can be used on balconies or decks. It helps to prevent water penetration and protect the underlying structure from moisture damage.
Q:Can waterproofing membranes be used on swimming pool decks?
Yes, waterproofing membranes can be used on swimming pool decks to protect them from water damage and leaks.
Q:Are waterproofing membranes resistant to ammonia?
Waterproofing membranes are generally resistant to ammonia. Ammonia is a chemical compound commonly found in cleaning agents and fertilizers, and it can be corrosive to certain materials. However, waterproofing membranes are specifically designed to withstand various chemicals and environmental conditions, including exposure to ammonia. These membranes are typically made from materials such as polyvinyl chloride (PVC), ethylene propylene diene monomer (EPDM), or modified bitumen, which have excellent chemical resistance properties. Therefore, when properly installed, waterproofing membranes should be able to provide a barrier against ammonia and prevent its penetration into the underlying structures. It is important to note that the specific resistance of a waterproofing membrane to ammonia may vary depending on the type and quality of the membrane, as well as the concentration and duration of exposure. Hence, it is always recommended to consult the manufacturer's guidelines and perform compatibility testing before using any waterproofing membrane in an environment with ammonia presence.
Q:Are waterproofing membranes resistant to mineral oils?
Waterproofing membranes can vary in their resistance to mineral oils. Some waterproofing membranes are specifically designed to be resistant to mineral oils, while others may not be. It is important to check the specifications and product information provided by the manufacturer to determine the resistance of a particular waterproofing membrane to mineral oils. Additionally, it is recommended to consult with a professional or the manufacturer directly for specific guidance on the compatibility of a waterproofing membrane with mineral oils in your specific application.
Q:Can a waterproofing membrane be used for power plants?
Yes, a waterproofing membrane can be used for power plants. Waterproofing membranes are commonly used in power plants to protect the structural elements and equipment from water damage and leakage. These membranes are designed to provide a durable, watertight seal that can withstand the harsh conditions and high moisture levels typically found in power plant environments. Additionally, they also help in preventing corrosion and extending the lifespan of the power plant infrastructure.

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