• TPO Single-ply Roofing System 9 Colors Available System 1
  • TPO Single-ply Roofing System 9 Colors Available System 2
  • TPO Single-ply Roofing System 9 Colors Available System 3
  • TPO Single-ply Roofing System 9 Colors Available System 4
  • TPO Single-ply Roofing System 9 Colors Available System 5
  • TPO Single-ply Roofing System 9 Colors Available System 6
TPO Single-ply Roofing System 9 Colors Available

TPO Single-ply Roofing System 9 Colors Available

Ref Price:
$3.50 / m² get latest price
Loading Port:
Shanghai
Payment Terms:
TT or LC
Min Order Qty:
4000 m²
Supply Capability:
400000 m²/month

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 TPO Single-ply Roofing System 9 Colors Avaliable

 

Product Introduction of  TPO Single-ply Roofing System

TPO membrane is a flexible Thermoplastic Polyolefin (FPO) roofing membrane made from the incorporation of a ethylene propylene rubber into a polypropylene matrix. The membrane is specifically formulated for long-term weather resistance without plasticizers.

We produce 4 types of TPO membrane to satisfy all the needs of different applications.

1.Polyester Fleece Backing Thermoplastic Polyolefin Waterproof Membrane

2.Polyester Mesh Reinforced Thermoplastic Polyolefin Waterproof Membrane

3. Homogeneous Thermoplastic Polyolefin Waterproof Membrane

4. Self Adhesive TPO Membrane

 

 

Features of  TPO Single-ply Roofing System

-TPO membrane can be overlapped and hot-air welded, offers exceptionally strong seam.

-Long-term weatherability, excellent durability, the service life of TPO is more than 50 years.

-High solar reflective, energy saving, environmental friendly.

-Excellent durability and root resistance, can be used as root barrier for green roof.

-Excellent the same low temperature resistance as rubber materials which can keep flexible at -40℃.

-Excellent chemical resistance to acids, alkali and salts.

-Available in more than 9 colors.

 

Applications of TPO Single-ply Roofing System

-Various roofing waterproof projects, such as industrial and civil buildings, public constructions

- Full adhered system for concrete substrate or mechanically attached systems or ballasted system.

 

Propoties of  TPO Single-ply Roofing System

Item

Requirement

Test Method

Thickness, min, mm

Sheet-overall

≥1.0

ASTM D6878

Coating over fabric or scrim, weathering side only

≥0.305

ASTM D751

Breaking strength, min, N

≥976

ASTM D751

Elongation at reinforcement break, min, %

≥15

ASTM D751

Tensile strength,min, N

≥245

ASTM D751

Brittleness point, max, °C

≤-40

ASTM D2137

Ozone resistance

no cracks

ASTM D1149

Properties after heat aging

Breaking strength, % min

≥90

ASTM D573

Elongation at reinforcement break, % min

≥90

ASTM D573

Tearing strength, % min

≥60

ASTM D573

Weight change (mass), max %

≤±1

ASTM D573

Linear dimensional change, max, %

≤±1

ASTM D1204

Water absorption, max, mass %

≤±3.0

ASTM D471

Factory seam strength, min, N

≥290

ASTM D751

Weather resistance

Visual inspection

-

 

 

Packaging of  TPO Single-ply Roofing System

Thickness

Roll Size

Rolls / Wooden Crate

Wooden Crate / 20’ Container

1.2 mm

15 m2 

25

20~25

20 m2

25

30 m2

25

1.5 mm

15 m2

25

20 m2

25

30 m2

20

 

Above quantities are indicative only. We can produce it according to your demands.

 

 

Storage of  TPO Single-ply Roofing System

TPO material should be stored in well-ventilated place and avoid being exposed to the sun or rain. The temperature in stored places can not be higher than 45° C. It only can be put horizontally in five-level. It has to be avoided acid, alkali, oil and organic solvents. The shelf life is 1 year.

 

Transportation of  TPO Single-ply Roofing System

TPO material should avoid inclination or lateral drift during transportation. When necessary, covering with felted fabric.

 

Application of TPO Single-ply Roofing System

We not only provides TPO waterproofing membrane, but also dedicates to integrated roofing systems.  TPO single ply roofing waterproof system includes mechanically attached roofing system, fully adhered roofing system and ballasted roofing system.

 

Application Methods of  TPO Single-ply Roofing System

● For Mechanically Attached Roofing System

Before application, spread TPO membranes on substrate in advance. Install TPO membranes perpendicular to steel deck ribs on the substrate without distortions according to the flange. The overlapping width is 120 mm. The minimum overlapping distance of membrane short side direction is 50 mm. Fasteners are installed according to designed position. Hot-air welding is adopted for laps with 40 mm welding width.

● For Fully Adhered Roofing System

Before application, spread TPO membranes on substrate in advance. Install TPO membranes on the substrate without distortions according to the flange. The overlapping width should be more than 50 mm. Hot-air welding is adopted for laps with 40 mm welding width. Professional adhesives need to be used on both underside and substrate surfaces to adhere and maintain.

●  For Ballasted Roofing System

Before application, spread TPO membranes on substrate in advance. Install TPO membranes on the substrate without distortions according to the flange. The overlapping width should be more than 50 mm. Hot-air welding is adopted for laps with 40 mm welding width.

 

 

TPO Single-ply Roofing System 9 Colors AvailableTPO Single-ply Roofing System 9 Colors Available

 

 

 

Attentions

●    TPO membranes reflect heat and light, wearing protective clothing (long-sleeved shirt, long-barreled trousers), and wearing a filter to protect the skin and eyes from UV-induced damage.

●    Security measures for roof perimeter are necessary when application. Sheet surface is slippery when wet, taking care to avoid slide.

●    Sealants and adhesives are flammable containing solvents. They will be dangerous when exposure to heat, even have the possibility to catch fire and explode.

●    Sealants, adhesives, cleaners should be avoided contacting with skin and eyes.

●    No smoking during application.

 

 FAQ

1.    What’s your production ability of TPO membrane per year?

We own the largest EPDM production line in China. Our product ability of  TPO membrane reaches 500million square meters.

 

2. How's your products quality?

Our TPO is with the top quality at home and abroad. Our quality is much higher than Chinese standard, they can satisfy the certification of CE, GOST-R, FM.

3. What's the service life of your TPO membrane?

The service life of our TPO membrane is more than 50 years.

 

4.What's your MOQ?

Our MOQ is 4000M2.

 

5. Can you provide free of charge samples for testing quality?

Yes, we’re very glad to send you free of charge samples for checking. You just need to pay for the freight cost.

 

6. How do you protect TPO membrane in transportation?

We package TPO rolls by PE bag, then 20~25 rolls will be packed into one big wooden crate.

 

7. Can you customize TPO membrane?

Yes, we’re very glad to customize TPO membrane according to your requirement. We can do more than 9 colors, and customize the thickness and width according to your requirement.

 

 

Photos

TPO Single-ply Roofing System 9 Colors Available

TPO Single-ply Roofing System 9 Colors Available

TPO Single-ply Roofing System 9 Colors Available

TPO Single-ply Roofing System 9 Colors Available

TPO Single-ply Roofing System 9 Colors Available

TPO Single-ply Roofing System 9 Colors Available

TPO Single-ply Roofing System 9 Colors Available

 

 

 

Q:What is the typical installation process for a waterproofing membrane?
The typical installation process for a waterproofing membrane involves several steps. First, the surface to be waterproofed is cleaned and prepared, ensuring it is free from debris, dirt, and any loose materials. Next, a primer is applied to enhance the adhesion of the membrane. The waterproofing membrane is then unrolled and carefully laid onto the surface, ensuring it is aligned correctly. It is commonly secured using adhesive or mechanical fasteners. Any overlaps or joints are properly sealed using a compatible sealant or tape. Finally, a protective layer, such as a geotextile fabric or drainage board, may be added to enhance the durability and performance of the waterproofing system. Overall, the installation process requires attention to detail and adherence to manufacturer guidelines to ensure a successful waterproofing solution.
Q:Can waterproofing membranes be used on concrete pools?
Yes, waterproofing membranes can be used on concrete pools. These membranes are designed to prevent water from penetrating the concrete and causing damage. They create a barrier that keeps the water inside the pool, ensuring its structural integrity and preventing any leaks or seepage.
Q:Can a waterproofing membrane be used for planter boxes or green roofs?
Yes, a waterproofing membrane can be used for planter boxes or green roofs. In fact, it is highly recommended to use a waterproofing membrane in these cases to prevent water leakage and damage to the underlying structure. A waterproofing membrane acts as a protective barrier, preventing water from seeping into the planter boxes or green roofs and causing potential issues such as rot, mold, or structural damage. By effectively sealing the area, a waterproofing membrane ensures that the water is contained within the intended space, promoting healthy plant growth and preserving the integrity of the structure.
Q:DTM.E polyester composite waterproofing membrane, cheaper than the asphalt membrane?
Ouwei Jianke DTM.E polyester composite waterproofing membrane is the company according to GB50207-2002 "roofing quality acceptance norms", GB50108-2008 "underground engineering waterproof technical specifications", GB50208-2002 "underground waterproofing project quality acceptance norms" and Other waterproof engineering design Widely used in a new type of waterproof material,
Q:Can a waterproofing membrane be used for theme parks or amusement centers?
Yes, a waterproofing membrane can be used for theme parks or amusement centers. These types of facilities often have water features, pools, or water rides that require effective waterproofing to prevent leaks or water damage. Waterproofing membranes provide a reliable and durable solution to keep these areas watertight, ensuring the safety and longevity of the park or center.
Q:How does a waterproofing membrane handle seismic movements?
A waterproofing membrane is designed to provide protection against water intrusion and leaks in structures such as buildings, basements, or roofs. While its primary function is to prevent water damage, it also plays a role in handling seismic movements to some extent. Seismic movements, or earthquakes, can cause significant stress and strain on structures, leading to cracks, fissures, or even the complete collapse of buildings. These movements generate intense vibrations and ground motion, which can compromise the integrity of waterproofing systems. In response to seismic movements, a properly installed waterproofing membrane is designed to be flexible and elastic. It can absorb and distribute the energy generated by the ground motion, minimizing the impact on the structure and reducing the likelihood of water infiltration. One way a waterproofing membrane handles seismic movements is through its ability to elongate and stretch. During an earthquake, the membrane can deform and accommodate the movement of the structure without tearing or breaking. This flexibility allows it to maintain its waterproofing capabilities even under extreme conditions. Additionally, waterproofing membranes often incorporate reinforcement layers, such as polyester or fiberglass, to enhance their tensile strength and resistance to tearing. These reinforcement layers help the membrane withstand the dynamic forces exerted during seismic events, ensuring its integrity and preventing water from seeping into the structure. It is important to note that while a waterproofing membrane can handle seismic movements to a certain extent, it is not a substitute for proper structural design and earthquake-resistant construction practices. Structures should be engineered to withstand seismic forces, and waterproofing systems should be installed in accordance with industry standards and guidelines to ensure their effectiveness and durability during earthquakes. In conclusion, a waterproofing membrane can handle seismic movements by being flexible, elastic, and resistant to tearing. It absorbs and distributes the energy generated by seismic events, protecting the structure from water infiltration and minimizing potential damage. However, it is essential to combine proper structural design and construction techniques with a reliable waterproofing system to ensure overall safety and resilience during earthquakes.
Q:SBS waterproofing membrane sub-class I and II when to use what level to use a secondary level
Classification: According to physical indicators are divided into: Ⅰ (-20 ℃), Ⅱ (-25 ℃) type two categories; According to the fetal base can be divided into: polyester tires, glass fiber tire two categories; according to the surface material can be divided Waterproof sheet
Q:Can a waterproofing membrane be used for a foundation wall damp proofing?
Indeed, foundation wall damp proofing can be achieved by utilizing a waterproofing membrane. The purpose of a waterproofing membrane is to obstruct the flow of water, thus serving as a shield between the foundation wall and the adjacent soil. This protective shield aids in averting moisture seepage into the foundation wall, which can result in dampness and potential water harm. Through the application of a waterproofing membrane onto the foundation wall, an effective damp proofing is achieved, guarding it against water intrusion. Nevertheless, it is crucial to ensure that the installation of the waterproofing membrane is executed accurately, and that all joints and seams are adequately sealed to establish an uninterrupted barrier against water.
Q:How does a waterproofing membrane handle construction vibrations?
To withstand construction vibrations, a waterproofing membrane is created as a durable and flexible barrier. This membrane, typically composed of materials like rubberized asphalt or synthetic polymers, possesses remarkable elasticity and tensile strength. When construction vibrations occur, the waterproofing membrane absorbs and disperses them, safeguarding the building's structural integrity and the waterproofing system. The membrane's flexibility enables it to stretch and contract, accommodating the vibrations without experiencing cracks or tears. Moreover, certain waterproofing membranes include features like reinforced layers or fabric reinforcement, which augment their ability to endure construction vibrations. These reinforcements provide extra strength and stability, rendering the membrane more resistant to damage from vibrations. It is crucial to recognize that the effectiveness of a waterproofing membrane in handling construction vibrations is influenced by the quality of installation. Proper installation methods, encompassing adequate surface preparation and appropriate adhesion techniques, ensure that the membrane is securely affixed to the substrate, thereby minimizing the risk of displacement or damage during construction activities. In conclusion, a waterproofing membrane is specially designed to handle construction vibrations by absorbing and dispersing their impact, while maintaining its integrity and waterproofing capabilities. The membrane's flexibility and strength, combined with proper installation techniques, guarantee its ability to withstand the challenges posed by construction vibrations and provide enduring protection against water intrusion.
Q:Can a waterproofing membrane be used on precast iron surfaces?
Precast iron surfaces can benefit from the application of a waterproofing membrane, which serves as a protective layer against water infiltration. This membrane, consisting of a thin material, effectively blocks the entry of water or moisture into the surface. Its versatility allows it to be utilized on various surfaces, including precast iron. By acting as a barrier, the waterproofing membrane effectively safeguards the precast iron from detrimental effects like rust or corrosion that could arise from water exposure. This becomes particularly vital in settings where the precast iron surface is constantly exposed to water or humidity, such as outdoor installations or high humidity areas. Incorporating a waterproofing membrane on precast iron surfaces aids in prolonging the structure's lifespan and preserving its structural integrity.

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