Green PVC Tarpaulin Hot Sale

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

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Supply Capability:: -

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Quick Details

Product Type:Other Fabric
Supply Type:Make-to-Order
Material:PVC+POLYESTER
Pattern:Coated
Coated Type:PVC Coated
Style:Plain
Width:1.02-3.2m
Yarn Count:1000x1000
Density:20x20
Weight:400-1200g
Use:Truck cover and others
Place of Origin:Zhejiang, China (Mainland)
Place of Origin:China
Use:Truck Cover

Packaging & Delivery

Packaging Details:	Kraft paper
Delivery Detail:	15-18Days

Specifications

PVC fabric for truck cover
100% polyester, coated or laminated
water proof, fire retardant,anti-mildew, anti-UV etc.

Tarpaulin

Features:1) PVC Coated Tarpaulin Fabric

2) Density: 20 x 20/inch

3) Yarn: 1000 x 1000D polyester woven

4) Weight: 500 - 1200gsm, 14.5 - 35.5oz

5) Width: 1.5 - 3.2m, 59 - 126"

6) Tensile strength: >2500N/5cm

7) Tear strength: >250N

8) Adhesion: >100N/5cm

9) Temperature: -30 - +70 celsius

10) Flame retardant

1) UV-resistance

12) Anti-mildew

Truck Cover
Category	Specification	Weight (g)	Tensile strength in N/5 cm	Tear strength in N	Coating material	Flame-retardant standards	Color fastness	Temperature resistance
DCW250	250250D 3636	250	1500/1500	100/90	PVC	NFPA701,M2,B1	7–8	-30°C/+70°C
DCW410	500840D 1818	410	2000/1800	150/140	PVC	NFPA701,M2,B1	7–8	-30°C/+70°C
DCW510	10001000D 2020	510	2500/2000	250/250	PVC	NFPA701,M2,B1	7–8	-30°C/+70°C
DCW610	10001000D 2020	610	2500/2500	270/270	PVC	NFPA701,M2,B1	7–8	-30°C/+70°C
DCW680	10001000D 2020	680	3000/3000	300/300	PVC	NFPA701,M2,B1	7–8	-30°C/+70°C
DCW900	10001000 D 1212L2/2	900	4000/4000	500/500	PVC	NFPA701,M2,B1	7–8	-30°C/+70°C
DCW1000	10001000 D 1414L2/2	1000	5000/4500	900/900	PVC	NFPA701,M2,B1	7–8	-30°C/+70°C

Remarks:
1.Add flame-retardant, anti-UV, mildew resistance, cold resistance, and surface treatment according to customer requirements
2.Color and weight according to customer requirements
3.Has strong tensile strength, tear strength and adhesion strength

Purposes:
Depending on the specifications of the fabric can be used to make trucks, trains covered with cloth, awning, tent, etc.

Q:Auto plastic fracture, how can weld without mark?: Completely traceless plastic welding can not be achieved, and can be polished after welding

Q:Can plastic doors not be covered?: 1, you can, but the effect is not good, can not highlight the original shape. The professional interior of the car is lined with plastic. The bags are usually wrapped in leather seats.2, it is also called coating and forming. It is an important way to make hollow soft products (such as toys) with paste plastic.

Q:What are some examples of interior automotive plastic products?: Some examples of interior automotive plastic products include dashboard panels, door panels, center console, steering wheel, seat covers, armrests, cup holders, and trim pieces.

Q:Are there any limitations to the chemical resistance of automotive plastic products?: Yes, there are limitations to the chemical resistance of automotive plastic products. While automotive plastics are designed to withstand a wide range of chemicals, including fuels, lubricants, and cleaning agents, they may still be susceptible to damage or degradation over time when exposed to certain harsh chemicals or prolonged exposure to aggressive substances. Additionally, the performance of automotive plastics can vary depending on the specific type of plastic used, its composition, and the manufacturing process. Therefore, it is important to carefully consider the chemical compatibility of automotive plastics with the intended application to ensure their long-term durability and functionality.

Q:Plastic razor inside the gear to lubrication oil can? Or transmission oil? I don't know which one is OK: Maybe it will be better with white vaseline. The plastic parts of the car will be lubricated with it. I hope it can help you

Q:What are the different molding techniques used for automotive plastic products?: There are several molding techniques used for automotive plastic products, including injection molding, blow molding, compression molding, and rotational molding. Injection molding is the most common method and involves injecting molten plastic into a mold cavity. Blow molding is used for hollow parts and involves blowing air into a molten plastic tube to expand and shape it. Compression molding uses heat and pressure to mold the plastic material. Rotational molding involves rotating a hollow mold filled with plastic material to evenly distribute it and create the desired shape.

Q:How do automotive plastic products contribute to enhanced vehicle safety ratings?: Automotive plastic products contribute to enhanced vehicle safety ratings by providing lightweight yet durable components that help reduce the overall weight of the vehicle, leading to improved fuel efficiency and maneuverability. Additionally, these plastic components often play a crucial role in absorbing impact energy during collisions, thereby enhancing the vehicle's crashworthiness and protecting the occupants. The use of plastic materials also allows for the integration of advanced safety features, such as airbags, seatbelt systems, and sensors, which further contribute to higher safety ratings.

Q:Can automotive plastic products be used in engine components?: Yes, automotive plastic products can be used in engine components. In recent years, advancements in engineering plastics have made them suitable for various engine applications. These plastics offer benefits such as weight reduction, improved heat resistance, and better fuel efficiency. However, it is important to ensure that the plastic material chosen meets the required durability, temperature resistance, and mechanical properties for specific engine components.

Q:How do automotive plastic products contribute to improved resistance to solvents?: Automotive plastic products contribute to improved resistance to solvents by utilizing specific types of plastics that are designed to withstand the chemical interactions caused by solvents. These plastics have a higher resistance to the corrosive effects of solvents, preventing degradation, and maintaining the structural integrity of the automotive components. Additionally, manufacturers may use special coatings or additives to further enhance the solvent resistance of these plastic products, ensuring their durability in various automotive applications.

Q:How do automotive plastic products contribute to improved resistance to humidity?: Automotive plastic products contribute to improved resistance to humidity through their inherent properties, such as moisture resistance and durability. These plastic components are designed to withstand exposure to high levels of humidity without absorbing moisture or degrading over time. Additionally, advancements in plastic materials and manufacturing techniques have allowed for the development of specialized automotive plastics that offer enhanced resistance to humidity, ensuring the longevity and reliability of these products in humid environments.

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