18oz 1000D/1300D 18×17 PVC Coated Polyester Fabric for Heavy-Duty Truck Covers

Heavy-duty transportation requires covering materials that can withstand constant exposure to rain, sunlight, dust, abrasion, wind, loading activity, and repeated folding. A truck cover is not simply a sheet placed over cargo. It is a protective barrier, a working component of the transport system, and an investment in cargo security. If the cover tears, leaks, stretches excessively, or becomes brittle, the consequences may include damaged goods, delivery delays, additional labor, and higher operating costs.

The 18oz 1000D/1300D 18×17 Truck Cover PVC Coated Polyester Fabric is designed for demanding applications in transportation, construction, agriculture, outdoor storage, and temporary protection. Its construction combines a high-strength polyester base fabric with a durable PVC coating. The 1000D/1300D yarn specification and 18×17 thread density provide a balanced structure designed to resist tearing and tension, while the approximately 610 g/m² finished weight gives the material substantial coverage without making it unnecessarily difficult to handle.

Produced by Zhejiang MSD Group Share Co., Ltd., the fabric is part of a broader range of flexible materials developed for outdoor, industrial, advertising, decorative, and functional applications. The company’s experience in PVC-coated fabrics, PVC films, tarpaulins, mesh fabrics, ceiling films, drop stitch fabrics, and other flexible materials supports an integrated approach to product development and manufacturing.

This article examines the fabric’s construction, technical performance, manufacturing advantages, application value, customization possibilities, and comparison with ordinary covering materials. It also explains why the product is well suited to professional truck-cover production and other heavy-duty protective applications.

18oz 1000D1300D 18X17 Truck Cover PVC Coated Polyester Fabric

1. Product Overview

The 18oz 1000D/1300D 18×17 fabric is a PVC coated polyester textile developed for applications where strength, flexibility, waterproofing, and weather resistance are all important. The fabric consists of a woven polyester reinforcement layer and PVC coating layers applied to provide protection, sealing, and surface durability.

The term “18oz” refers to the approximate finished fabric weight in ounces per square yard. The supplied technical data lists the average finished weight as 610 g/m², with a tolerance of ±3 percent. This is consistent with the common 18-ounce classification used in the North American truck-cover and tarpaulin market. The product therefore offers a familiar weight category for manufacturers, distributors, and end users who specify truck covers by ounces.

The 1000D/1300D designation identifies the denier levels of the base-fabric yarns. Denier is a measurement related to the linear density of textile fibers and yarns. In practical terms, a higher denier generally indicates a heavier, stronger yarn structure, although final performance also depends on weave design, coating quality, yarn quality, and finishing control. The combination of 1000D and 1300D yarns is intended to create a durable reinforcement suitable for repeated outdoor use.

The 18×17 construction refers to the approximate base-fabric density in threads per inch. This woven arrangement contributes to the fabric’s dimensional stability and resistance to the propagation of tears. For truck covers, the weave must be tight enough to support the PVC coating and resist deformation while remaining flexible enough for installation, folding, rolling, and tensioning.

The result is a heavy-duty coated fabric with a practical balance between mechanical performance and handling convenience. It is stronger and more protective than lightweight tarpaulin materials, but it remains suitable for fabrication into covers that must be installed and removed regularly.

2. Why PVC Coated Polyester Is Suitable for Truck Covers

PVC coated polyester is widely used for transport covers because it combines the properties of two complementary materials. Polyester provides the reinforcing skeleton. It contributes tensile strength, dimensional stability, tear resistance, and relatively low stretch. PVC provides the protective outer and inner surfaces. It contributes water resistance, chemical resistance, surface protection, and the ability to incorporate functional additives.

A plain polyester textile may provide good mechanical strength, but it can absorb moisture and may not offer sufficient protection against rain, dust, oil, or surface contamination. A non-reinforced plastic sheet may be waterproof, but it can be more vulnerable to tearing, puncture, and stretching. By combining the two materials, PVC coated polyester fabric addresses the limitations of each material used independently.

For truck-cover applications, the coating performs several essential functions. It creates a barrier against water penetration, supports easier cleaning, protects the polyester base from direct exposure, and provides a surface that can be welded, sewn, fitted with hardware, or otherwise converted into a finished cover. The coating can also be formulated to meet specific requirements for flame retardancy, ultraviolet resistance, mildew resistance, and other performance characteristics.

The fabric is particularly useful where a cover must remain flexible. Rigid panels may provide strong protection, but they add weight and require specialized vehicle structures. Flexible PVC coated fabric can be rolled, folded, tensioned, repaired, and adapted to different truck dimensions. This flexibility helps reduce storage requirements and supports faster loading and unloading operations.

3. Key Technical Specifications

The following table summarizes the principal technical data supplied for the 18oz 1000D/1300D 18×17 product. Values are average figures and should be confirmed against the purchase specification, production batch, and any selected options before a final project is approved.

Machine direction, abbreviated as MD, refers to the direction in which the fabric is produced. Cross direction, abbreviated as CD, refers to the direction across the width of the fabric. Reporting tensile and tear values in both directions is important because a truck cover experiences multidirectional forces during installation, transportation, wind loading, and handling.

4. Mechanical Strength and Tear Resistance

One of the most important advantages of this product is its mechanical performance. The reported tensile strength is 2900 N/5 cm in the machine direction and 2700 N/5 cm in the cross direction. These values indicate a strong and relatively balanced fabric structure. A cover with high tensile strength can better resist tension applied by straps, buckles, ropes, bows, hooks, and fastening systems.

The reported tearing strength is 540 N/5 cm in the machine direction and 320 N/5 cm in the cross direction. Tear resistance is especially important for truck covers because damage often begins with a small cut, puncture, or abrasion point. Once a tear starts, repeated movement and wind pressure can cause it to spread rapidly. A strong woven reinforcement and well-bonded PVC coating help slow this process and preserve the usable life of the cover.

The product’s high tearing strength is particularly valuable in the United States truck-cover market, where covers may be exposed to long-distance transport, frequent loading cycles, variable weather, and rough handling. A cover must endure more than static pressure. It may be pulled across cargo, dragged over a trailer edge, folded on a cold morning, or exposed to vibration for several hours at highway speed.

Mechanical strength also improves fabrication reliability. During cutting, hemming, welding, sewing, and fitting of hardware, the fabric must maintain its structure without excessive fraying or deformation. Strong coated fabric gives manufacturers a more stable material for producing finished covers, side curtains, roll-up systems, flatbed covers, dump-truck covers, and custom protective assemblies.

5. Waterproofing and Weather Protection

Truck cargo is often exposed to unpredictable weather. Rainwater can damage packaged products, metal components, agricultural materials, building supplies, paper goods, machinery, and many other loads. A PVC-coated surface provides a continuous protective barrier that helps prevent water from passing through the fabric body.

Waterproof performance depends not only on the base fabric and coating but also on the final construction of the finished cover. Seams, hems, eyelets, buckles, welds, and attachment points must be designed and installed correctly. When the fabric is combined with appropriate fabrication methods, it can provide reliable protection against rain, splash, and surface moisture.

The coated surface is also easier to clean than many uncoated textiles. Dust, mud, and common road contaminants can generally be removed using suitable cleaning practices. Maintaining a clean surface helps preserve appearance and can make it easier to inspect the cover for cuts, worn areas, or damaged hardware.

The stated operating temperature range is approximately -50°C to +70°C. This broad range supports use in many outdoor environments, from cold winter transportation to hot summer conditions. Actual performance may vary according to exposure time, color, formulation, folding conditions, mechanical stress, and the specific end-use environment. Nevertheless, the specified range demonstrates that the material is intended for demanding temperature conditions rather than light indoor use.

6. UV, Mildew, and Flame-Retardant Options

Outdoor truck covers are exposed to ultraviolet radiation, which can gradually affect polymers and textile fibers. Prolonged sunlight may lead to color fading, surface aging, embrittlement, or a reduction in mechanical performance if the material is not appropriately formulated. Anti-UV treatment is available as an option for projects requiring improved resistance to sunlight and outdoor exposure.

Anti-fungal treatment is also available. This option can be useful in humid climates, marine environments, agricultural applications, and storage conditions where moisture may remain on the cover for extended periods. The treatment does not remove the need for proper cleaning and drying, but it can provide an additional layer of protection against fungal growth.

Flame-retardant formulations are available in several grades, including B1, B2, M1, M2, NFPA-701, and C 19 specifications as listed in the supplied information. The appropriate grade depends on the application, local regulations, project requirements, and testing documentation. Buyers should identify the required standard before ordering because flame-retardant performance can involve specific formulation, testing, labeling, and certification conditions.

PVC itself can contribute to flame resistance, and specialized additives can further improve the material’s response to ignition. However, flame-retardant fabric should not be described as fireproof. It is designed to meet a defined performance requirement under specified test conditions. Finished assemblies may behave differently depending on seams, coatings, accessories, tension, surrounding materials, and installation conditions.

7. Chemical Resistance and Material Stability

The supplied product information highlights the chemical resistance of PVC, including resistance to concentrated hydrochloric acid, 90 percent sulfuric acid, 60 percent nitric acid, and 20 percent sodium hydroxide under relevant conditions. Such information demonstrates the general chemical durability associated with PVC-based materials.

For normal truck-cover use, the most common contaminants are road salt, mud, oils, fuel residues, dust, agricultural materials, and cleaning agents. Resistance to these substances can help the cover maintain its serviceability and appearance. Even so, users should avoid assuming that every chemical concentration, temperature, contact time, or exposure condition is suitable. Chemical compatibility should be verified for unusual industrial applications.

The polyester reinforcement also contributes to dimensional stability. Compared with some lighter textile constructions, the 1000D/1300D 18×17 structure is less likely to stretch excessively under normal cover tension. Stable dimensions help the finished cover remain properly fitted to the vehicle and reduce the risk of loose sections that can flap in the wind.

Good electrical insulation is another general advantage associated with PVC material. This characteristic may be relevant in selected industrial environments, although a truck cover should never be treated as an electrical safety device unless the complete product has been specifically designed and tested for that purpose.

8. Advantages Over Ordinary Tarpaulin Materials

Not all tarpaulins are designed for the same duty level. Lightweight polyethylene sheets may be inexpensive and convenient for short-term use, but they can be more susceptible to puncture, tearing, wind damage, and deterioration when repeatedly handled. Basic woven fabrics may provide strength but may not offer the same waterproofing or coating adhesion.

The 18oz PVC coated polyester fabric offers several advantages over lower-grade alternatives:

First, the high-denier polyester reinforcement provides a stronger base for resisting tension and tearing. The fabric is designed for repeated use rather than a single temporary covering event.

Second, the PVC coating supplies a more continuous barrier against rain and moisture. This is particularly important when cargo must remain protected throughout long-distance transport.

Third, the product has a relatively substantial finished weight and thickness, helping it resist abrasion and handling damage. Its approximately 0.52 mm thickness provides a solid protective structure while retaining the flexibility expected from a coated textile.

Fourth, the material can be customized with anti-UV, anti-fungal, and flame-retardant options. This allows the specification to be matched to climate, regulation, and application rather than forcing every user to accept one standard formulation.

Fifth, the balanced strength in both machine and cross directions supports more reliable fabrication. A cover is exposed to forces from multiple directions, so directional performance matters during installation and operation.

Finally, PVC coated polyester is a practical material for professional conversion. It can be cut, welded, sewn, reinforced, hemmed, and fitted with accessories. This flexibility allows manufacturers to create covers for different trailer dimensions, fastening systems, and operating methods.

9. Manufacturing Process and Quality Control

The performance of a PVC coated polyester fabric depends on the complete manufacturing process rather than on one raw material alone. Consistent quality begins with selection and preparation of the polyester yarn. The yarn must provide the intended denier and support the required weaving density. The base fabric is then produced according to the specified 18×17 construction.

After weaving, the base fabric may undergo inspection, preparation, and surface treatment before PVC coating. The coating process must achieve a consistent distribution of PVC across the width and length of the fabric. Insufficient coating can reduce waterproofness and surface durability, while excessive or uneven coating can affect flexibility, weight, appearance, and cost.

Coating adhesion is also critical. The reported peeling strength is 90 N/5 cm, indicating strong bonding between the coating and reinforcement under the stated test method. Good adhesion helps prevent delamination during folding, tensioning, abrasion, and temperature changes. It also supports reliable performance during fabrication.

Thickness and weight control are important production objectives. The supplied average values of approximately 610 g/m² and 0.52 mm are accompanied by a ±3 percent tolerance. Maintaining these tolerances helps converters plan cutting, sewing, welding, packaging, and shipping. Consistent thickness also supports predictable welding and finishing behavior.

Quality control should include inspection of the base fabric, coating appearance, weight, thickness, tensile strength, tear strength, adhesion, color, surface defects, and roll dimensions. Depending on the order, testing may also address flame retardancy, ultraviolet resistance, mildew resistance, or environmental compliance.

Zhejiang MSD Group Share Co., Ltd. has developed its business around flexible materials and operates from Haining, Zhejiang Province, an important Chinese textile and warp-knitting production region. The company was established in 2002 and has emphasized independent innovation and product development. Its product portfolio includes advertising flex banner, PVC calendered film, PVC ceiling film, drop stitch fabric, sunshade fabric, PVC waterproof fabric, PVC mesh fabric, PVC tarpaulin, and related products.

This broad product experience is valuable because it connects fabric development with coating technology, textile structure, finishing, and application requirements. A manufacturer that works across several flexible-material categories can draw on shared knowledge regarding polymer formulation, reinforcement, surface treatment, fabrication compatibility, and end-use performance.

The company’s location within the Warp Knitting Industrial Park of Haining also provides access to a developed industrial supply chain and technical workforce. Its stated focus on research and development supports the creation of customized products for different markets and performance requirements.

10. Manufacturing Strengths That Support Product Performance

10.1 Integrated Material Knowledge

Truck-cover fabric requires more than a basic coating line. It requires understanding of how yarn, weave, coating, additives, thickness, and finishing interact. Experience across PVC films, coated fabrics, tarpaulins, mesh materials, and decorative products can help a manufacturer identify the right balance between strength, flexibility, appearance, and cost.

10.2 Product Development Capability

Different customers may require different weights, widths, colors, surface treatments, flame-retardant grades, or environmental specifications. A manufacturer with an active research and development program can adapt formulations and constructions instead of offering only a fixed standard product.

10.3 Flexible Application Support

The same base fabric may be used for several finished products, including flatbed truck covers, side curtains, trailer curtains, temporary storage covers, construction tarps, agricultural covers, and outdoor structures. Understanding these applications helps the supplier advise customers on appropriate specifications and optional treatments.

10.4 Manufacturing Consistency

Professional users need repeatable rolls rather than isolated samples. Consistent weight, thickness, color, strength, and coating adhesion reduce waste during fabrication and help finished-cover manufacturers maintain stable production. Batch-level documentation and technical data provide a foundation for purchasing and quality assurance.

10.5 Environmental and Compliance Awareness

The company’s product information notes the ability to produce materials that meet RoHS, REACH, and EN71-3 requirements when applicable. These standards address different aspects of restricted substances, chemical compliance, and material safety. The relevant requirement must be confirmed for each product and market, but the ability to consider such requirements is important for international customers.

11. Applications in Transportation

The primary application for this fabric is the manufacture of truck covers. It can be used for flatbed trucks, cargo trailers, side curtains, roll-up systems, and other transport-cover designs. The material protects goods from rain, dust, sunlight, road spray, and windborne debris.

For flatbed transportation, the cover must often be stretched over irregular cargo. High tensile strength helps the fabric tolerate tension from straps and fastening systems. Tear resistance helps reduce the risk of damage when the cover contacts corners, edges, or other parts of the load.

For side curtains, the material must open and close repeatedly without losing its structural integrity. The PVC surface supports cleaning and provides a professional appearance, while the polyester base contributes to dimensional stability during movement.

For roll-up covers, flexibility and coating adhesion are particularly important. Repeated rolling creates bending stress, and weak adhesion can lead to cracking or delamination. A properly manufactured coated fabric is better suited to this repeated mechanical action than a low-quality sheet.

For dump trucks and bulk-material transport, the cover may be exposed to dust, aggregate, soil, agricultural products, and abrasion. The heavy-duty construction helps protect the load while also helping contain loose materials during transit.

12. Applications Beyond Truck Covers

Although the product is optimized for heavy-duty covering, its properties support many additional uses. In construction, it can serve as a temporary protective cover for building materials, tools, scaffolding components, and machinery. Its waterproof surface helps shield materials from rain and dust during project delays or outdoor storage.

In agriculture, the fabric may be used for equipment covers, material storage, temporary shelters, and selected greenhouse or crop-protection applications. Anti-fungal and anti-UV options may be relevant in agricultural environments, where moisture and sunlight can be persistent. The specific suitability of the fabric for direct crop contact or enclosed growing systems should be evaluated separately.

In outdoor events, the material can be converted into temporary partitions, protective screens, storage covers, and structural coverings. Flame-retardant specifications may be required for public venues, exhibition spaces, or temporary installations.

For camping and recreational activities, the fabric can be used for durable shelters, ground covers, equipment covers, and protective mats. Its 18-ounce weight makes it more robust than lightweight recreational fabrics, although the finished product may be heavier than materials intended for backpacking or minimal-load applications.

In industrial storage, the fabric can protect machinery, pallets, coils, components, and packaged goods. Its resistance to water and abrasion makes it suitable for environments where reusable protection is preferred over disposable plastic sheeting.

13. Color, Customization, and Fabrication

A range of colors can be supplied according to customer requirements. Color selection may be based on brand identity, fleet organization, safety visibility, heat-management considerations, or aesthetic preference. For commercial transportation, consistent color can improve fleet appearance and make vehicles easier to identify.

Customization may also include surface finish, width, roll length, reinforcement, anti-UV treatment, anti-fungal treatment, flame-retardant performance, and environmental compliance. The correct specification should be developed according to the finished product rather than selected solely by fabric weight.

Truck-cover manufacturers can convert the fabric using sewing, high-frequency welding, hot-air welding, or other suitable techniques depending on the construction and equipment. Edges may be reinforced with webbing or additional fabric. Eyelets, buckles, straps, hooks, rollers, and other hardware can be incorporated into the finished assembly.

When planning a cover, designers should account for seam allowance, expected tension, wind exposure, cargo shape, folding direction, drainage, access points, and repair requirements. Strong fabric improves the design, but the final performance also depends on seam construction and hardware placement.

It is advisable to conduct a fabrication trial before large-scale production. The trial can confirm cutting behavior, welding parameters, sewing-machine settings, seam strength, folding performance, and compatibility with the selected accessories.

14. Installation, Use, and Maintenance

Correct installation helps the fabric achieve its expected service life. The cover should be sized to provide adequate overlap without creating unnecessary slack. Excessive looseness can increase wind flutter and abrasion, while excessive tension can overload seams, eyelets, and fastening points.

Sharp cargo edges should be covered or padded before the fabric is installed. Even a high-strength cover can be damaged by concentrated contact with sharp metal, broken timber, protruding fasteners, or rough machinery surfaces. Protective corner pieces can reduce stress on the cover and improve overall safety.

The cover should be cleaned using methods appropriate for PVC-coated fabric. Mild cleaning solutions and soft tools are generally preferable to aggressive solvents or abrasive equipment. After cleaning, the material should be allowed to dry before long-term folding or storage.

Inspection should be performed regularly, especially after severe weather, long-distance travel, or contact with abrasive cargo. Users should check for cuts, holes, delamination, damaged hems, loose hardware, stretched areas, and weakened seams. Small defects should be repaired promptly to prevent them from becoming larger failures.

When storing the fabric, it should be folded or rolled in a clean, dry condition. Long-term exposure to standing water, excessive heat, or direct sunlight during storage should be avoided unless the material has been specifically selected for those conditions. Proper storage reduces unnecessary aging and helps preserve flexibility.

15. How This Product Creates Value for Buyers

Material price is only one part of the total cost of a truck-cover system. Buyers should also consider service life, repair frequency, installation time, cargo-protection performance, and replacement costs. A stronger fabric may have a higher initial purchase price than a lightweight alternative, but it can provide better value when it lasts longer and reduces operational interruptions.

The product’s high tear resistance can reduce the frequency of emergency repairs. Its waterproof PVC coating helps protect cargo from weather-related damage. Its optional treatments allow buyers to avoid paying for unnecessary features while still adding UV, mildew, or flame-retardant performance where required.

Consistent fabric weight and thickness can reduce manufacturing waste. When rolls are stable and predictable, converters can plan patterns more effectively and maintain more consistent finished dimensions. Strong peeling performance also helps reduce coating separation during fabrication and service.

The material’s flexibility supports reusable covers that can be removed, folded, transported, and installed again. Reusability is particularly important for fleets and industrial operators that handle recurring routes or similar cargo types.

16. Comparison with PVC Laminated Fabric

PVC coated and PVC laminated fabrics can both be used for protective applications, but their structures and production methods may differ. In a coated construction, PVC is applied to a textile reinforcement and bonded into a composite material. In a laminated construction, separate layers may be combined through adhesive, heat, or pressure.

The best choice depends on the end use. For heavy-duty truck covers, important considerations include tensile strength, tear resistance, peel strength, folding durability, weldability, abrasion resistance, and weather performance. The 18oz 1000D/1300D 18×17 product is specified with a strong woven polyester reinforcement and a reported peeling strength of 90 N/5 cm, making it appropriate for applications where coating-to-fabric bonding is important.

Buyers should compare complete technical data rather than relying on terms such as “coated” or “laminated” alone. Two fabrics with similar weights may differ considerably in yarn denier, thread density, coating formulation, tear strength, adhesion, and service life.

17. Selection Guide for Project Buyers

Before placing an order, buyers should identify the operating environment and finished-product requirements. The following questions are useful:

What type of vehicle or trailer will use the cover?

Will the cover be exposed to strong sunlight, freezing temperatures, high humidity, salt spray, chemicals, or abrasive cargo?

How frequently will the cover be installed, removed, folded, or rolled?

Does the project require anti-UV, anti-fungal, or flame-retardant treatment?

What finished width, color, roll length, and surface appearance are needed?

Which standards or compliance documents must be provided?

Will the fabric be sewn, welded, or converted using another process?

What type of fastening system will be used, and where will reinforcement be needed?

Answering these questions helps prevent over-specification and under-specification. For example, a cover used in intense sunlight may benefit from anti-UV treatment, while a cover used in a humid agricultural environment may require anti-fungal treatment. A cover for a public event may need a particular flame-retardant classification, while a standard freight cover may not.

18. Sustainability and Responsible Use

Durability is an important part of responsible material use. A reusable cover that remains functional for many transport cycles may reduce the need for frequent replacement compared with disposable sheets. Extending service life through appropriate design, maintenance, and repair can reduce material consumption over time.

Responsible use also requires correct product selection. The fabric should be used within its intended temperature, chemical, mechanical, and flame-performance limits. Damaged materials should be repaired or replaced rather than used in conditions where failure could create safety or environmental risks.

When the product reaches the end of its service life, disposal and recycling options should be considered according to local regulations and available facilities. PVC-coated textiles are composite materials, so recycling may require specialized processes. Buyers seeking particular environmental attributes should discuss formulation, restricted substances, and documentation requirements before production.

19. Why Choose an Experienced Manufacturer

Technical specifications are essential, but supplier capability also affects project success. An experienced manufacturer can help translate an application requirement into a suitable fabric construction. This includes selecting yarn specifications, weight, thickness, coating formulation, additives, color, width, and finishing options.

Zhejiang MSD Group Share Co., Ltd. has operated since 2002 and has developed a diverse portfolio of flexible materials. Its experience includes PVC coated and laminated products, waterproof fabrics, tarpaulins, mesh fabrics, advertising materials, ceiling films, and other technical textiles. This product diversity indicates familiarity with both polymer-based materials and reinforced textile structures.

The company’s emphasis on independent innovation and research and development can support product improvements and application-specific customization. Its location in Haining’s warp-knitting industrial area provides access to a mature manufacturing environment, while its international market orientation supports communication with customers requiring different standards and performance levels.

For buyers, the practical benefit is the opportunity to work with a supplier that can discuss both the raw fabric and the finished application. This can help reduce specification errors, improve fabrication efficiency, and support long-term supply consistency.

20. Frequently Asked Questions

Q1: What does 18oz mean in this product name?

18oz refers to the approximate finished fabric weight in ounces per square yard. The supplied technical data lists the average finished weight as 610 g/m², with a tolerance of ±3 percent. The ounce classification is commonly used in the truck-cover and tarpaulin markets.

Q2: What do 1000D and 1300D mean?

They refer to the denier specifications of the polyester yarns used in the base fabric. The combination of 1000D and 1300D provides a heavy-duty reinforcement structure designed for strength and durability.

Q3: Is this fabric waterproof?

The PVC coating provides waterproofing performance suitable for protective covers when the fabric is properly fabricated. Finished-product performance also depends on seams, welds, hems, hardware, installation, and maintenance.

Q4: Is the fabric suitable for winter transportation?

The stated temperature range is approximately -50°C to +70°C. This indicates suitability for a broad range of outdoor conditions. Buyers should still evaluate flexibility, folding practices, and actual exposure conditions for extremely cold applications.

Q5: Can the material resist tearing?

Yes. The reported tearing strength is 540 N/5 cm in the machine direction and 320 N/5 cm in the cross direction. The high-strength polyester reinforcement and 18×17 woven structure support resistance to tear propagation.

Q6: Can the fabric be used for side curtains and roll-up covers?

It can be considered for side curtains, roll-up systems, and other transport-cover designs, provided the final construction and fabrication method are suitable. A production trial is recommended to confirm welding, sewing, folding, and hardware compatibility.

Q7: Are anti-UV and anti-fungal treatments available?

Yes. Anti-UV and anti-fungal treatments are listed as optional features. The required treatment should be selected according to the expected climate, storage conditions, and service environment.

Q8: Is flame-retardant fabric available?

Flame-retardant options include B1, B2, M1, M2, NFPA-701, and C 19 specifications as listed in the product information. The required grade and documentation should be confirmed before ordering.

Q9: Can the fabric meet environmental or chemical compliance requirements?

The supplied company information states that materials can be produced to meet RoHS, REACH, and EN71-3 requirements when applicable. Specific compliance depends on the product formulation, order specification, market, and required documentation.

Q10: What colors are available?

A variety of colors can be supplied according to customer requirements. Color availability, minimum order quantity, and color consistency should be confirmed for each project.

Q11: How should the fabric be maintained?

The cover should be cleaned with suitable mild cleaning methods, inspected regularly, dried before storage, and protected from sharp cargo edges. Small cuts or damaged seams should be repaired promptly to prevent further deterioration.

Q12: Where is the manufacturer located?

Zhejiang MSD Group Share Co., Ltd. is located at No. 11 Hongqi Road, Warp Knitting Industrial Park, Haining City, Zhejiang Province, China. The company has operated since 2002 and supplies a range of flexible materials for industrial and commercial applications.

21. Conclusion

The 18oz 1000D/1300D 18×17 Truck Cover PVC Coated Polyester Fabric is a strong and versatile material for professional transport covers and other demanding outdoor applications. Its 610 g/m² finished weight, approximately 0.52 mm thickness, 1000D/1300D polyester reinforcement, and 18×17 thread density provide a substantial foundation for durability.

With reported tensile strengths of 2900 N/5 cm in the machine direction and 2700 N/5 cm in the cross direction, the fabric is designed to withstand significant tension. Its reported tear strengths of 540 N/5 cm and 320 N/5 cm support resistance to damage propagation, while the 90 N/5 cm peeling strength demonstrates the importance of coating adhesion in the finished composite.

The PVC coating provides waterproofing, chemical resistance, cleanability, and a platform for optional anti-UV, anti-fungal, and flame-retardant treatments. These options allow the material to be adapted to transportation, construction, agriculture, industrial storage, outdoor events, and recreational applications.

Its principal advantage over lighter or less specialized alternatives is the combination of strength, weather protection, fabrication flexibility, and customization potential. Supported by Zhejiang MSD Group Share Co., Ltd.’s experience in flexible materials, PVC products, coated fabrics, tarpaulins, and related manufacturing technologies, the product is positioned as a reliable choice for buyers seeking durable and adaptable protective fabric.

References

1. Zhejiang MSD Group Share Co., Ltd., Technical Data Sheet for 18oz 1000D/1300D 18×17 Truck Cover PVC Coated Polyester Fabric.

2. GB/T 1040, Plastics: Determination of Tensile Properties.

3. GB/T 16578, Testing Methods for Tear Strength of Plastic Films and Sheets.

4. GB/T 3917, Textile Tear Testing Methods.

5. FZ/T 01003, Textile Fabric Weight and Related Physical Property Testing Procedures.

6. NFPA 701, Standard Methods of Fire Tests for Flame Propagation of Textiles and Films.

7. RoHS, Restriction of Hazardous Substances Requirements for Electrical and Electronic Products.

8. REACH, Registration, Evaluation, Authorisation and Restriction of Chemicals Framework.

Product: 18oz 1000D1300D 18X17 Truck Cover PVC Coated Polyester Fabric

Li Mei | PVC Product Sales Specialist

5 years of experience in textile sales, focusing on PVC coated/laminated fabrics; managed key clients in Europe and Southeast Asia, driving a 30% sales growth in 2023 by customizing product solutions for outdoor application scenarios.