• EPDM Reinforced Waterproof Membrane with 1.5mm Thickness System 1
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EPDM Reinforced Waterproof Membrane with 1.5mm Thickness

EPDM Reinforced Waterproof Membrane with 1.5mm Thickness

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
50000 m²
Supply Capability:
5000000 m²/month

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EPDM Reinforced Waterproof Membrane with 1.5mm Thickness

 

 Description Of EPDM Reinforced Waterproof Membrane with 1.5mm Thickness:

1. Excellent physical and mechanical performance, high tearing resistance;good deformation adaptability, high puncture resistance;

2. High aging resistance, high UV resistance, anti-acid & alkali;

3. Excellent low & high temperature resistance, innocuous, long life span;

4. Perfect water proof performance, seepage and humidity resistance. 



 Main Features of EPDM Coiled Waterproof Membrane with 1.5mm Thickness: 

A.Polyester based SBS Modified Bitumen Waterproofing Membrane

a. Strong impermeability

b. High tensile strength, elongation, ability to adapt the grassroots shrinkage deformation and cracking

c. Puncture-resistant, broken resistant, tear-resistant

d. The corrosion resistance, resistance to mildew, weathering good

e. Construction convenient, hot-melt can be operated Four Seasons Construction, reliable joints

B. Fiberglass based SBS Modified Bitumen Waterproofing Membrane

a. High tensile strength, stability of a good size

b. High Temperature good performance

c. Damage resistance, corrosion resistance, resistance to mildew, weathering good performance

d. Good construction performance, reliable joints.


Specifications of EPDM Reinforced Waterproof Membrane with 1.5mm Thickness:

 

MaterialEPDM Rubber
Size1.2m (width)*20m (length) or customized, weldable type 2.05m or 4m width
Thick1.2mm, 1.5mm, 2.0mm
TypeVulcanized & Weldable
PatternNon-reinforced (homogeneous)
CertificateISO9001/14001

 

Applications of EPDM Reinforced Waterproof Membrane with 1.5mm Thickness:

geomembrane used in groundsill of road, highway, railway and waterproof layer of swelling clay and wet collapsed loess.Geomembrane can be widely used in areas of garbage burying, waste disposal and underground construction projects.such as below:

- aquaculture ponds

- Ouchi root barrier membrane

- Floating baffles;

- Process wastewater

- Stormwater impoundments;

- Secondary containment;

- Spill containment

- Manure and biogas tanks and covers

- Potable water tanks and covers;

- Sludge Drying beds;

- Bioremediation covers & liners;

- Leachate ponds


 


EPDM Reinforced Waterproof Membrane with 1.5mm Thickness

EPDM Reinforced Waterproof Membrane with 1.5mm Thickness

EPDM Coiled Rubber Waterproof Membrane for Roof Waterproof System

 

IMages of EPDM Reinforced Waterproof Membrane with 1.5mm Thickness:

EPDM Coiled Rubber Waterproof Membrane for Roof Waterproof System

EPDM Coiled Rubber Waterproof Membrane for Roof Waterproof System

EPDM Coiled Rubber Waterproof Membrane for Roof Waterproof System

EPDM Coiled Rubber Waterproof Membrane for Roof Waterproof System

 

FAQ of EPDM Reinforced Waterproof Membrane with 1.5mm Thickness:


1. What are we supplying?

We are specialized in producing Colorful Asphalt Roof Shingle, SBS/APP modified bitumen waterproof membrane, Self adhesive bitumen waterproof membrane, PVC waterproofing membrane, EPDM rubber roofing membrane, Single Component Polyurethane Waterproof Coating, and Spray Polyurea Waterproof Coating

 .

2. How Many years experience do we have?
We have been exported to more than 20 countries in the past 15 years.


3. How long do we usually reply your request?

We always reply our customer within 24 hours.

 



Q: Are waterproofing membranes suitable for below-grade applications?
Yes, waterproofing membranes are suitable for below-grade applications. Waterproofing membranes are specifically designed to prevent the infiltration of water into below-grade structures such as basements, foundations, and retaining walls. These membranes are made from durable materials that can withstand the pressure of soil and water, ensuring long-term protection against leaks and water damage. They are typically installed on the exterior side of the below-grade structure to create a barrier that prevents water from seeping through the walls or floors. Additionally, waterproofing membranes are flexible and can accommodate structural movements, ensuring their effectiveness even in challenging below-grade environments. Overall, waterproofing membranes are a reliable and effective solution for protecting below-grade structures from water intrusion.
Q: Can a waterproofing membrane be used for swimming pool decks?
Yes, a waterproofing membrane can be used for swimming pool decks. Waterproofing membranes are designed to provide a barrier against water penetration, making them an effective solution for protecting pool decks from water damage and leaks.
Q: Do you know how many square meters of waterproofing membrane to send a set of tests?
PVC waterproofing membrane: take a roll at the end of 0.3m at the end of the interception of 3m full-width coil sample 2, 2000 square meters for a group, the lack of a group also. Polymer waterproofing membrane: 5000 ㎡ sheet for a group.
Q: Can a waterproofing membrane be used on lead surfaces?
Indeed, lead surfaces commonly exist within the roofing industry, where it is feasible to employ a waterproofing membrane. This application aids in safeguarding against undesirable consequences such as water damage and leaks. It is crucial to ascertain the compatibility of the waterproofing membrane with lead, as certain membranes may induce reactions or deterioration of the lead material. Moreover, adherence to appropriate surface preparation and installation techniques is necessary to achieve a reliable and efficient waterproofing solution. Consulting with a professional or manufacturer to obtain specific product recommendations and installation guidelines is highly advised.
Q: How does a waterproofing membrane handle movement or settling of a building?
A waterproofing membrane is designed to handle movement or settling of a building through its flexibility and elasticity. It can stretch and contract with the building's movements, ensuring that the membrane remains intact and effective in preventing water infiltration. This flexibility allows the membrane to accommodate any minor shifts or settling that may occur over time, maintaining its waterproofing properties and protecting the structure from water damage.
Q: Can a waterproofing membrane be used on elevator pits?
Indeed, elevator pits can benefit from the utilization of a waterproofing membrane. Given their subterranean position and susceptibility to water infiltration, elevator pits are prone to water damage. By implementing a waterproofing membrane within the elevator pit, the structure can be shielded from water damage, consequently averting issues like corrosion, mold proliferation, and deterioration. Acting as a barrier, the membrane obstructs water from permeating the pit, thereby preventing harm to the elevator apparatus or the surrounding edifice. It is vital to meticulously select a waterproofing membrane specifically engineered for subterranean applications and ensure the installation adheres to proper protocols to achieve effective waterproofing in elevator pits.
Q: Basement SBS Waterproof Coil Division I and II type What is the difference? How is the site identified?
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 take the sample to the laboratory to be a tensile test on it.
Q: Are there any specific building code requirements for waterproofing membranes?
Yes, there are specific building code requirements for waterproofing membranes. These requirements vary depending on the local building codes and regulations in each jurisdiction. However, in general, building codes typically outline the necessary standards for materials, installation methods, and performance criteria of waterproofing membranes to ensure effective protection against water infiltration in structures. It is important to consult and adhere to these codes to ensure compliance and maintain the durability and integrity of the building.
Q: Can a waterproofing membrane be used for museums or art galleries?
Museums or art galleries can benefit from the use of a waterproofing membrane. This membrane is commonly utilized across different industries, such as construction, to safeguard buildings against water damage. In the case of museums or art galleries, where valuable artifacts or artwork are stored, it is essential to maintain a controlled environment to prevent any water-related issues, such as leaks, moisture, or humidity. To create a barrier against water intrusion, a waterproofing membrane can be applied to the walls, floors, or even roofs of these establishments. Its purpose is to stop water from seeping through the building structure, protecting the artwork from potential harm. Furthermore, a waterproofing membrane can assist in regulating the humidity levels within the museum or art gallery. By minimizing moisture penetration, it helps to maintain a stable environment, which is crucial for preserving delicate artwork or artifacts that are sensitive to changes in humidity. Moreover, there are various types of waterproofing membranes available, providing the opportunity for customization based on the specific requirements of the museum or art gallery. Some membranes are specially designed to withstand high water pressure, making them suitable for areas prone to heavy rainfall or potential flooding. Ultimately, incorporating a waterproofing membrane in museums or art galleries is an effective measure to safeguard the valuable contents of these establishments, ensuring their preservation for future generations to appreciate.
Q: Does a waterproofing membrane require any special considerations for installation in earthquake-prone areas?
Yes, a waterproofing membrane does require special considerations for installation in earthquake-prone areas. In such areas, it is crucial to ensure that the membrane is not only resistant to water infiltration but also able to withstand the potential movement and shaking caused by earthquakes. The installation process should include additional measures such as proper anchoring, reinforcing, and flexible joint systems to enhance the membrane's ability to withstand seismic activity and prevent water damage in the event of an earthquake.

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