- Product Details
- {{item.text}}
Quick Details
-
Weight:
-
650G/850G/900G/customization
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Yarn Count:
-
1000d 23*23
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Product name:
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PVC tent fabric
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Application:
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Two story tent, Dome Tent, Event Tent
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Chemical Compound:
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E-PVC, S-PVC, Plasticizer, UV Stabilizer
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Base Fabric:
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Low shrinkage, high strength industrial polyester yarn
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Standard Length:
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50m,65m,100m
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Durability:
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5 years minimum in appropriate conditions
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Fabrication Methods:
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Hot air, high frequency welding, glue
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Color:
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Customized Color
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Specification:
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Customization
Quick Details
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Feature:
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Anti-Mildew, Flame Retardant, Waterproof, Anti-UV, Abrasion-Resistant, Anti-Bacteria, Windproof
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Pattern:
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Coated
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Use:
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Tent
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Weight:
-
650G/850G/900G/customization
-
Yarn Count:
-
1000d 23*23
-
Product name:
-
PVC tent fabric
-
Application:
-
Two story tent, Dome Tent, Event Tent
-
Chemical Compound:
-
E-PVC, S-PVC, Plasticizer, UV Stabilizer
-
Base Fabric:
-
Low shrinkage, high strength industrial polyester yarn
-
Standard Length:
-
50m,65m,100m
-
Durability:
-
5 years minimum in appropriate conditions
-
Fabrication Methods:
-
Hot air, high frequency welding, glue
-
Color:
-
Customized Color
-
Specification:
-
Customization
|
Chemical Compound:
|
E-PVC, S-PVC, Plasticizer, UV Stabilizer
|
|
Base Fabric:
|
low shrinkage, high strength industrial polyester yarn
|
|
Width:
|
3.00m, 2.95m, 2.60m, 2.55m or customized
|
|
Standard Length:
|
50m,65m,100m
|
|
Durability:
|
5 years minimum in appropriate conditions
|
|
Fabrication Methods:
|
Hot air, high frequency welding, glue
|
|
Features:
|
Opaque
: Blockout effect, light transmit rate 0%- 10%
Fire Retardance
: DIN 4102: B1 or B2, NFPA 701, NF P92-507: M2
Lacquering
: Acrylic or PVDF on one or both sides ensure good dirt repellency as well as easy cleaning and improved UV
resistance.
Special formulated PVC
: highly resilient and flexible, no crack after 100,000 times, fungus resistant.
|
|
Applications:
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Canopy tent; Two story tent; Dome tent; Tent Hall; Event & party tent, Marquee tent; Pole tent, etc.
|
1. Howlong is the delivery time?
It depends on the order volume and specifications of the ordered product.
A. 24 hours for stocks
B. Common standard items 20days，special specs 30-45days；
C. Endproducts 50-60days。
2. How can I get the color I need? Any color difference for final products?
3. Do you accept trial order?
Usually we do not accept trial (making samples) due to large MOQ of the raw materials. In cause that both base fabric and PVC available, we can do trial with certain charges which will be credit to balance payment of the massive order.
It depends on the order volume and specifications of the ordered product.
A. 24 hours for stocks
B. Common standard items 20days，special specs 30-45days；
C. Endproducts 50-60days。
2. How can I get the color I need? Any color difference for final products?
A.
Based on providedsamples；
B. BasedRAL color chat；
C.Basedon our
For industrial fabric, the color difference is usually more tolerable than civil products, it is normal for visible difference
between batches to the naked eye(1<δE<2). Glossiness contributes to chromatic aberration as well, even the 2 sides from the same piece fabric appear to be different due to the luster of the roller surface.
B. BasedRAL color chat；
C.Basedon our
For industrial fabric, the color difference is usually more tolerable than civil products, it is normal for visible difference
between batches to the naked eye(1<δE<2). Glossiness contributes to chromatic aberration as well, even the 2 sides from the same piece fabric appear to be different due to the luster of the roller surface.
3. Do you accept trial order?
Usually we do not accept trial (making samples) due to large MOQ of the raw materials. In cause that both base fabric and PVC available, we can do trial with certain charges which will be credit to balance payment of the massive order.
4. Why there is more-or-less terms, and non-standard rolls?
A. Defects in raw materials
B. Unexpected faults and wastes during production
B. Unexpected faults and wastes during production
5. How about the color fastness, how long does it can last outdoor without fading?
The fading speed can be limited to a certain extent by light stabilizers, ultraviolet absorbers and the light fastness can reach level 6 or 7, but we cannot guarantee 100% no fading, especially the brighter the color, the easier it is to fade.
Long term exposure to sunlight leads to the degradation of plastic materials. The complete solar UV spectrum ranges between 280 and 400 nanometers, but the most aggressive part is the UVB range with very short wavelengths between 280 and 315 nanometers. UV radiation represents only 4.6% of the solar spectrum but causes the most important damage to the polymeric materials. This is call photo-degradation, a process that generally results in breaking down the polymer chains. This frequently results in a deterioration of the physical properties, changes in color or chalking of
the part surface. The irradiation is the radiation energy incident over a specific area for a given period of time. It is
expressed either in W*s /m2, Joule/m2 or very often in Langley (Ly).
1 Ly = 1Cal/Sq.cm = 4.185 Joule/SQM
The global annual sunlight radiation level (kLy/year) for various countries is given in the table below. values in this table are only indicative. In some large countries including China, radiation levels can vary significantly from one area.
The fading speed can be limited to a certain extent by light stabilizers, ultraviolet absorbers and the light fastness can reach level 6 or 7, but we cannot guarantee 100% no fading, especially the brighter the color, the easier it is to fade.
Long term exposure to sunlight leads to the degradation of plastic materials. The complete solar UV spectrum ranges between 280 and 400 nanometers, but the most aggressive part is the UVB range with very short wavelengths between 280 and 315 nanometers. UV radiation represents only 4.6% of the solar spectrum but causes the most important damage to the polymeric materials. This is call photo-degradation, a process that generally results in breaking down the polymer chains. This frequently results in a deterioration of the physical properties, changes in color or chalking of
the part surface. The irradiation is the radiation energy incident over a specific area for a given period of time. It is
expressed either in W*s /m2, Joule/m2 or very often in Langley (Ly).
1 Ly = 1Cal/Sq.cm = 4.185 Joule/SQM
The global annual sunlight radiation level (kLy/year) for various countries is given in the table below. values in this table are only indicative. In some large countries including China, radiation levels can vary significantly from one area.
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