PVC Tarpaulin Materials

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Areas of Application
Technology
Thickness & Weight
Color
Properties
Surface Property
Tensile Strenght Warp

1.2mm PVC Pool Liner – LPT1102/1500

650Gsm PVC Laminated Tarpaulin – LPT1101/650

650Gsm PVC Laminated Tarpaulin – LPT1100/650

650Gsm PVC Laminated Tarpaulin – LPT1099/650

1.2mm PVC Pool Liner – LPT1098/1500

1.5mm PVC Pool Liner – LPT1097/2000

1.2mm PVC Pool Liner – LPT1096/1500

1.5mm PVC Pool Liner – LPT1093/1875

1.2mm PVC Pool Liner – LPT1092/1500

1.2mm PVC Pool Liner – LPT1090/1500

1.2mm PVC Pool Liner – LPT1088/1500

600Gsm PVC Laminated Tarpaulin – LPT1087/600

Frequently Asked Questions

Here you will find our most frequently asked questions. If you do not find a resolution to your question, feel free to contact us directly.

Hydrostatic pressure (unit: Pa or mmH₂O) is the core indicator for measuring the waterproof performance of PVC tarpaulins. It indicates the maximum water pressure the fabric can withstand per unit area before water penetration occurs. A higher value signifies stronger waterproof and anti-leakage capability, as well as better durability under continuous heavy rain or water accumulation pressure.

The hydrostatic pressure value of PVC tarpaulins typically ranges from 1,500 Pa to over 10,000 Pa, depending on the product’s design and intended usage grade.

The outdoor service life of PVC tarpaulins is influenced by multiple factors and typically ranges from approximately 2 to 10 years or more. The specific lifespan primarily depends on the following key aspects:

Material Quality & Additives: The quality of the PVC coating and base fabric, especially the content of UV stabilizers and anti-aging agents, is the most critical factor.

Environmental Conditions: Intense factors like prolonged strong UV radiation, extreme temperatures, frequent heavy rain, or salty air (coastal areas) can accelerate aging.

Usage & Mechanical Stress: Frequency of installation/removal, wind abrasion, and pressure from accumulated snow or water can lead to physical wear and tear.

Maintenance: Regular cleaning and proper storage when not in use can significantly extend the product’s life.

Regular PVC tarpaulins are flammable, but they can achieve flame-retardant standards (such as NFPA 701, EN 13501-1, DIN 4102 B1) by adding flame retardants. It is important to clarify your requirements when making a selection.

“Flame-retardant” is not equivalent to “fireproof.” It typically means the material can resist ignition and may self-extinguish after the flame source is removed, but it can still be damaged or melt under prolonged exposure to high temperatures.

For a basic preliminary assessment of a tarpaulin sample’s flame retardancy, a practical test under controlled conditions involves applying a lighter flame. A material that ceases burning instantly upon flame removal typically meets a B1 standard, while one that extinguishes within three seconds generally indicates a B2 level.

It is crucial to understand that this is merely an informal evaluation. We strongly recommend obtaining an authoritative flame-retardancy test report from the supplier for verification and compliance purposes.

Our PVC coated tarpaulin in rolls don’t stick together. Stickiness happens if the material isn’t cooled enough after production.

We use a 12-roller cooling system to produce large PVC tarpaulin fabric rolls, which are then rewound into the smaller PVC tarpaulin in rolls you receive. This method of rewinding large quality PVC tarpaulin fabric rolls into smaller ones effectively prevents the PVC tarpaulin from sticking together.

No, you cannot. The minimum temperature required for welding PVC tarpaulin is 550°C – 600°C. Using a 300°C welding gun will result in an inadequate weld and a weak seam.

We recommend using a stationary PVC tarpaulin hot air welder instead. It is capable of welding both straight edges and irregular sections effectively.

The common welding methods for general PVC awning materials include high-frequency welding and hot-air welding.

You can weld the PVC materials using these two methods and then try to separate them by hand. If the PVC coating can be peeled off completely, it proves that the welding of the awning material is satisfactory. If the PVC coating cannot be separated entirely, you need to communicate with your supplier to optimize the PVC formula.

The minimum order quantity for the tarpaulin is 4,000 square meters. The primary reason for the high MOQ is our large-scale production machinery, which requires approximately 1.5 hours for each color change.

Frequent switches between different product specifications would significantly increase production costs due to extended downtime and labor. Therefore, a higher MOQ is essential for maintaining production efficiency.

The maximum web width we can produce for a tarpaulin roll is 5 meters.

It is influenced by factors such as raw materials (virgin vs. recycled), coating processes, thickness, and color. Low-priced PVC tarpaulins are prone to brittleness and water seepage.

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