EPDM Modified Waterproof Membrance for Basement and Roof

EPDM Modified Waterproof Membrance for Basement and Roof System 1

EPDM Modified Waterproof Membrance for Basement and Roof System 2

EPDM Modified Waterproof Membrance for Basement and Roof System 3

EPDM Modified Waterproof Membrance for Basement and Roof System 4

EPDM Modified Waterproof Membrance for Basement and Roof

Ref Price:: $1.00 - 3.00 / m²

Loading Port:: Tianjin

Payment Terms:: TT or LC

Min Order Qty:: 5000 m²

Supply Capability:: 15000000 m²/month

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Quick Details

Type:	Waterproof Membrane	Place of Origin:	Shandong, China (Mainland)	Brand Name:	CMAX
Model Number:	Excaid-D	thickness:1.2mm,1.5mm,2.0mm:	Raw mateiral:EPDM rubber	width:1200mm:	Standard:GB18173.1--2006
length:20m:	Tear strength:>=25KN/m	break tensile strength >=7.5MPa:	waterproof:0.3MPa,30min	break elongation:>=450%:	usage:building waterproof

Packaging & Delivery

Packaging Details:	PE membrane and pallet
Delivery Detail:	within 20 days after receiving downpayment

Technical Specification:

Type	Waterproof Membrane
Material	EPDM RUBBER
Thickness	1.2mm; 1.5mm;2.0mm
Weight(kg/m2)	1.2mm	1.5mm	2.0mm
	1.54-1.58	1.79-1.83	2.25-2.29
Length	20m/Roll
Width	1.2m
Usage	basements, ponds, Lake, steel structure roofing, underground, tunnels etc.
Packing	24 sqm/ROLL
Loading in Container	ROLLS
Colors	customized
Enclosure

Technical Data:

FAQ

1.Could you offer free sample ?

Yes , free sample is available .

2.What's the MOQ ?

The MOQ is 5000 M2

EPDM Modified Waterproof Membrance for Basement and Roof

Q:Can a waterproofing membrane be used on aluminum surfaces?: Indeed, aluminum surfaces can benefit from the application of a waterproofing membrane. Such membranes possess great versatility, enabling their use on a wide range of surfaces, including aluminum. Their purpose is to create a safeguarding barrier against water and moisture, effectively preventing any potential leaks or water-related harm. By employing a waterproofing membrane on aluminum surfaces, the material's longevity can be significantly extended as it remains protected from the detrimental effects of corrosion and rust, which are often triggered by water exposure. Nevertheless, it is imperative to carefully select a waterproofing membrane that is both compatible with aluminum and suitable for the specific application in order to achieve the most optimal outcomes.

Q:How long do waterproofing membranes last?: The lifespan of waterproofing membranes can differ based on a variety of factors including the type of membrane utilized, the quality of installation, environmental conditions, and maintenance practices. Typically, high-quality waterproofing membranes have a lifespan ranging from 10 to 50 years. As an illustration, bituminous membranes, commonly employed in roofing applications, generally last around 20 to 30 years. Conversely, more advanced synthetic membranes like PVC or TPO can endure for up to 40 years or possibly longer. Nevertheless, it is essential to recognize that these estimates are contingent upon optimal conditions and regular maintenance. Factors such as exposure to extreme weather, improper installation, insufficient maintenance, or physical damage can significantly diminish the lifespan of the membranes. Consequently, it is vital to seek guidance from professionals and adhere to the manufacturer's maintenance recommendations in order to ensure the longevity of the waterproofing membranes.

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:Can a waterproofing membrane be used in areas with high water pressure?: Yes, a waterproofing membrane can be used in areas with high water pressure. Waterproofing membranes are specifically designed to withstand and resist water penetration, making them suitable for areas with high water pressure. These membranes are typically made from materials such as rubber, PVC, or bitumen, which are highly durable and have excellent waterproofing properties. Additionally, waterproofing membranes can be reinforced with additional layers or fabrics to enhance their strength and resistance to water pressure. However, it is crucial to ensure that the waterproofing membrane is properly installed and meets the specific requirements of the area to ensure its effectiveness in high water pressure situations. Professional consultation and adherence to manufacturer guidelines are recommended to ensure the membrane's performance in such conditions.

Q:How thick is a typical waterproofing membrane?: A typical waterproofing membrane can vary in thickness depending on its intended application and the specific product being used. However, most commonly used waterproofing membranes range from 0.5 millimeters (mm) to 2 millimeters (mm) in thickness. Thinner membranes are often used for interior applications such as shower installations, while thicker membranes are typically used for exterior applications such as roofs or underground structures. It is important to consult the manufacturer's recommendations and specifications to ensure the appropriate thickness is selected for the specific waterproofing project.

Q:Can a waterproofing membrane be used on concrete block surfaces?: Yes, a waterproofing membrane can be used on concrete block surfaces. Waterproofing membranes are designed to provide a barrier against moisture and water penetration, and they are commonly used on concrete block surfaces to protect against water damage and leaks. These membranes are typically applied as a liquid or sheet material and adhere to the surface of the concrete blocks, creating a protective layer that prevents water from seeping through. The waterproofing membrane helps to extend the lifespan of the concrete blocks by reducing the risk of water damage, mold growth, and deterioration. It is important to choose a waterproofing membrane that is specifically designed for concrete block surfaces and follow the manufacturer's instructions for proper installation to ensure the best results.

Q:Can a waterproofing membrane be used for crawl spaces or basements?: Yes, a waterproofing membrane can be used for crawl spaces or basements. In fact, it is one of the most effective methods to prevent water infiltration and moisture issues in these areas. Waterproofing membranes are designed to create a protective barrier against water, preventing it from seeping into the crawl space or basement. They are typically made from durable materials such as rubber, PVC, or polyethylene, which are resistant to water penetration. These membranes are installed on the walls and floors of the crawl space or basement, creating a watertight seal. This helps to keep the area dry, prevent water damage, and reduce the risk of mold and mildew growth. Additionally, waterproofing membranes can also act as a vapor barrier, preventing moisture from evaporating from the ground and entering the crawl space or basement. Overall, using a waterproofing membrane is a recommended solution for maintaining a dry and healthy crawl space or basement.

Q:Are waterproofing membranes suitable for historical preservation projects?: Waterproofing membranes can be suitable for historical preservation projects, depending on the specific circumstances and goals of the project. Waterproofing membranes are designed to provide a protective barrier against water infiltration, which can help to prevent damage to historical structures caused by moisture. In some cases, historical buildings may have existing waterproofing systems that are deteriorated or no longer effective. In these situations, the use of modern waterproofing membranes can be a viable option to protect and preserve the structure. These membranes can be installed discreetly, without altering the original appearance or architectural integrity of the building. However, it is crucial to approach the use of waterproofing membranes in historical preservation projects with caution. The potential impact on the authenticity and historical value of the structure must be carefully evaluated. Some historical buildings may have unique construction methods or materials that require specialized preservation techniques. In such cases, alternative preservation methods that do not involve the use of membranes may be more appropriate. Additionally, it is important to consider the long-term consequences and maintenance requirements of waterproofing membranes. Some membranes may have a limited lifespan, and periodic inspections and maintenance may be necessary to ensure their continued effectiveness. This ongoing maintenance should be factored into the overall preservation plan and budget. Ultimately, the decision to use waterproofing membranes in historical preservation projects should be based on a thorough assessment of the specific needs and characteristics of the building, as well as the preservation objectives. Consulting with preservation experts, architects, and engineers can help to determine the most suitable approach for each unique project.

Q:Can a waterproofing membrane be used for a parking lot?: Yes, a waterproofing membrane can be used for a parking lot. A waterproofing membrane is designed to provide a protective barrier against water infiltration and can be applied to various surfaces, including parking lots. It helps to prevent water damage, such as cracks and deterioration caused by freeze-thaw cycles, and can extend the lifespan of the parking lot. Additionally, a waterproofing membrane can also help to mitigate the risk of costly repairs by preventing water from seeping into the subbase and compromising its stability. Overall, using a waterproofing membrane for a parking lot can be a smart investment to enhance durability and longevity while minimizing maintenance needs.

Q:How does a waterproofing membrane handle exposure to high temperatures?: The ability of a waterproofing membrane to withstand high temperatures relies on its composition and quality. These membranes are typically made from durable materials like bitumen, EPDM, or PVC, which have high melting points and can resist heat. These materials are carefully selected to ensure that the membrane remains intact and effective even when exposed to elevated temperatures. The resistance of high-quality waterproofing membranes to heat is enhanced through the use of additives and fillers during manufacturing. These additives help the membrane maintain its integrity, preventing it from softening, melting, or becoming brittle under high temperature conditions. Additionally, the successful installation of the waterproofing membrane is crucial to its ability to handle high temperatures. Proper installation techniques, such as ensuring adequate adhesion and seam sealing, are essential for maintaining the membrane's effectiveness and preventing any potential damage caused by heat exposure. To summarize, waterproofing membranes are specifically engineered to withstand high temperatures. Their composition, quality, and installation techniques all contribute to their ability to resist heat without deteriorating or losing their waterproofing properties.

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