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

For truck covers, cargo tarpaulins, industrial shelters, construction-site covers, agricultural protection, and demanding outdoor applications, material performance determines service life, safety, and long-term value. The 18oz 1000D/1300D 18×17 PVC coated polyester fabric is designed as a heavy-duty covering material that combines strong polyester reinforcement with a durable PVC coating system. It is engineered for applications that require waterproof protection, tear resistance, dimensional stability, weather tolerance, and dependable performance under repeated outdoor use.

This fabric is especially popular in the truck-cover market because it delivers a strong balance between weight, flexibility, and mechanical strength. At approximately 610 g/m² and 0.52 mm thickness, it is heavy enough to resist demanding road conditions, wind stress, cargo friction, and environmental exposure, while still remaining manageable during fabrication, installation, folding, rolling, and daily handling. Its 1000D × 1300D base yarn and 18 × 17 thread density provide the structural foundation for high tensile and tearing performance.

In competitive markets, many truck tarpaulin materials look similar at first glance, but they can differ greatly in coating uniformity, adhesion strength, base fabric quality, weather resistance, and flame-retardant options. This product stands out because it is built around a reinforced polyester substrate, a PVC coating formulation that supports waterproof and wear-resistant performance, and optional functional treatments such as anti-UV, anti-fungal, anti-frost, anti-static, antibacterial, and higher-grade flame-retardant properties. For buyers who require compliance support, the material can also be produced to meet requirements such as RoHS, REACH, and EN71-3 depending on project specifications.

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

Product Overview and Core Positioning

The 18oz 1000D/1300D 18×17 PVC coated polyester fabric is a specialized truck-cover material developed for transportation and outdoor protection. The “18oz” classification indicates a robust fabric weight commonly used in heavy-duty tarpaulin applications. The “1000D/1300D” yarn specification indicates high-denier polyester reinforcement, while the “18×17” density describes the thread arrangement that contributes to the fabric’s mechanical strength and resistance to deformation.

The product is built by combining a polyester base fabric with a PVC coating. Polyester provides strength, flexibility, dimensional stability, and reinforcement. PVC contributes waterproofing, chemical resistance, abrasion resistance, flame-retardant potential, and surface protection. Together, these two material systems create a composite fabric suitable for long-term outdoor covering use.

Truck covers must withstand harsh working conditions. During highway transport, the fabric is exposed to wind uplift, vibration, sudden rain, dust, mud, cargo-edge abrasion, temperature changes, and frequent loading and unloading. A lower-grade tarpaulin may crack, delaminate, tear at the eyelets, stretch excessively, or lose coating adhesion after repeated use. This product is designed to reduce those risks by offering high tensile strength, strong tear resistance, reliable peeling strength, and a broad service temperature range from approximately -50°C to +70°C.

The material is not limited to truck covers. It is also suitable for industrial curtains, temporary construction covers, storage covers, agricultural sheets, outdoor mats, protective canopies, machinery covers, and general waterproof fabric applications. Its strength-to-weight balance makes it valuable wherever a flexible yet durable protective membrane is required.

Technical Data and Performance Profile

The following table summarizes the technical values provided for this fabric. These values help fabricators, truck-cover producers, purchasing managers, and engineering teams evaluate whether the material is suitable for their intended application.

Why the 1000D/1300D 18×17 Structure Matters

The base fabric is the skeleton of a PVC coated tarpaulin. While the PVC surface provides waterproofing and environmental protection, the polyester base carries much of the load. The use of 1000D × 1300D yarn improves resistance to stretching and tearing compared with lighter-denier fabrics. In heavy-duty truck-cover applications, this is important because the cover is frequently pulled, tied, tensioned, folded, and exposed to dynamic wind loads.

The 18 × 17 thread density is another important feature. A properly balanced yarn density helps the fabric distribute force across the surface rather than concentrating stress at a single point. When a tarpaulin is tied down over cargo, stress often occurs near grommets, welded seams, corners, and folds. A dense and stable weave supports better resistance to tearing propagation, helping the fabric remain intact even when punctures, friction points, or high-tension areas occur.

Compared with lighter truck-cover materials, this fabric provides a more durable barrier against road debris, repeated handling, and cargo-edge abrasion. Compared with excessively heavy tarpaulin grades, it remains easier to fabricate and handle. That balance is one of the reasons why this product is widely accepted in markets where both strength and usability are required.

Waterproof Performance for Cargo Protection

Waterproofing is one of the most important functions of truck-cover fabric. Cargo may include machinery, raw materials, agricultural goods, packaged consumer products, construction materials, or other items that can be damaged by moisture. The PVC coating provides a waterproof barrier that helps prevent rain and road spray from penetrating the fabric surface.

The performance advantage is not limited to surface water resistance. A well-made PVC coated polyester fabric also supports weldability, allowing fabricators to create strong seams through heat welding or high-frequency welding processes. Welded seams can reduce needle holes and leakage risks when compared with certain sewn-only fabric constructions. For truck covers that must endure heavy rain and long-distance transport, seam performance is just as important as fabric waterproofing.

In outdoor storage and transportation, waterproof performance also helps reduce mold growth, corrosion, product staining, and packaging damage. When anti-fungal treatment is selected, the fabric becomes even more suitable for humid conditions, long storage periods, and environments where biological contamination is a concern.

Tear Resistance and Tensile Strength in Real-World Use

The technical data shows tensile strength of approximately 2900 N/5 cm in the machine direction and 2700 N/5 cm in the cross direction. These values indicate that the fabric can withstand significant pulling forces before breaking. For truck tarpaulins, tensile strength matters because the fabric is often tensioned across irregular cargo shapes, tied down with ropes or straps, and exposed to wind pressure during movement.

The material also provides tearing strength of approximately 540 N/5 cm in the machine direction and 320 N/5 cm in the cross direction. Tear resistance is especially important because a fabric that can resist initial tearing and slow tear propagation has a longer practical service life. Small punctures or cuts may occur during loading, but a strong reinforced structure helps prevent minor damage from quickly developing into a large failure.

Many lower-cost competitors rely on reduced yarn density, thinner coating layers, or lower-quality base fabric to cut production costs. Such fabrics may appear acceptable when new, but they often fail under repeated mechanical stress. The 18oz 1000D/1300D 18×17 fabric is designed for buyers who consider total cost of ownership rather than only initial purchase price. A stronger tarpaulin can reduce replacement frequency, downtime, cargo damage, and customer complaints.

Peeling Strength and Coating Adhesion

Peeling strength is a critical indicator of bonding between the PVC coating and the polyester base fabric. This product has an average peeling strength of approximately 90 N/5 cm. Strong adhesion helps prevent delamination, bubbling, surface separation, and premature coating failure.

In real-world use, truck covers are repeatedly folded, rolled, dragged, strapped, and exposed to heat and cold. If the PVC coating does not bond properly to the polyester base, the fabric may separate at high-stress areas. Delamination reduces waterproofing, weakens the surface, and shortens the life of the finished cover. A controlled coating process and suitable formulation are therefore essential for manufacturing a dependable heavy-duty tarpaulin.

High peeling strength also improves fabrication reliability. When fabricators weld, cut, reinforce, or install accessories on the material, consistent coating adhesion helps create stable seams and reinforced zones. This is a key advantage for manufacturers of finished truck covers, side curtains, storage covers, and custom outdoor products.

Temperature Resistance for Diverse Operating Conditions

Truck covers may operate in freezing winters, hot summers, mountain regions, coastal areas, and dry inland climates. The service temperature range of approximately -50°C to +70°C gives this product broad application flexibility. In cold environments, flexibility is important because brittle fabric may crack during folding or tensioning. In hot environments, dimensional stability and coating integrity help maintain protection under sun exposure and high surface temperatures.

Temperature performance is not only a matter of survival at extreme values. It also affects daily handling. A fabric that becomes too stiff in cold weather can be difficult to install, roll, or secure. A fabric that softens excessively in heat may stretch, sag, or show surface deformation. The 18oz 1000D/1300D 18×17 fabric is formulated to maintain a practical balance of strength and flexibility across a wide range of outdoor conditions.

Optional Functional Treatments for Application-Specific Needs

One of the major advantages of PVC coated polyester fabric is that it can be customized with functional additives. Anti-UV treatment can improve resistance to sunlight exposure, which is important for truck covers, outdoor storage, tents, agricultural covers, and construction materials. UV exposure can accelerate color fading, surface chalking, embrittlement, and strength loss. Selecting an anti-UV option helps improve outdoor durability.

Anti-fungal treatment is valuable for humid climates, marine-related environments, agricultural applications, and storage covers. Mold and mildew can create odors, stains, hygiene concerns, and surface degradation. With proper anti-fungal formulation, the fabric becomes better suited for long-term exposure to moisture and organic contamination.

Flame-retardant options such as B1, B2, M1, M2, NFPA-701, and C 19 support projects where fire performance is required. These options are especially useful for tents, public-event structures, industrial curtains, construction enclosures, and markets with specific fire-safety expectations. Because flame-retardant requirements vary by region and application, buyers should specify the required standard before production.

Other optional properties may include anti-frost, anti-static, antibacterial, and enhanced chemical resistance. The ability to tailor the formulation gives the fabric an advantage over generic tarpaulin products that are produced only in standard grades without application-specific optimization.

Advantages Over Competing Truck-Cover Materials

Compared with ordinary polyethylene tarpaulins, this PVC coated polyester fabric provides higher mechanical strength, better weldability, improved abrasion resistance, and a more professional appearance. Polyethylene sheets can be economical for temporary use, but they often have shorter service life in demanding truck-cover applications. PVC coated polyester is more suitable when the cover must be fabricated into a durable, reusable, fitted, and reinforced product.

Compared with lighter PVC tarpaulins, the 18oz grade offers stronger resistance to tearing and tensile stress. Lightweight materials may be easier to handle, but they can be vulnerable to cargo edges, highway wind, rough use, and frequent folding. The 18oz construction provides added confidence for professional transportation fleets and industrial users.

Compared with overly heavy tarpaulin fabrics, this material provides a better balance between durability and workability. Extremely heavy fabrics may offer high strength, but they can be difficult to fold, sew, weld, and install, especially for large covers. The 610 g/m² weight is practical for truck-cover producers who need strong performance without sacrificing fabrication efficiency.

Compared with competitors that rely on inconsistent coating thickness or weak adhesion, this product emphasizes stable physical performance and strong peeling strength. Consistency is essential for large-volume production because fabricators need predictable welding behavior, uniform color, stable roll quality, and reliable mechanical values from batch to batch.

Manufacturing Strength and Process Control

The quality of PVC coated polyester fabric depends on the entire production chain: yarn selection, weaving quality, coating formulation, coating uniformity, thermal treatment, surface finishing, inspection, rolling, and packaging. Zhejiang MSD Group Share Co., Ltd. has developed a broad product system covering PVC coated fabric, PVC laminated fabric, PVC waterproof fabric, PVC mesh fabric, PVC tarpaulin, advertising flex banner, PVC calendered film, PVC ceiling film, drop stitch fabric, and other flexible materials. This experience across multiple product categories supports a deep understanding of polymer processing, textile reinforcement, coating technology, and application-specific finishing.

The company was established in 2002 and is located in the Warp Knitting Industrial Park of Haining City, Zhejiang Province, China. Its long-term focus on independent innovation and product development has supported the creation of functional materials for decorative, sports, outdoor, advertising, waterproof, and industrial applications. This manufacturing background is important for buyers because truck-cover fabric is not a simple commodity; it requires knowledge of both textile engineering and PVC material science.

Advanced manufacturing begins with raw-material control. Polyester yarn must meet strength and consistency requirements. The base fabric must be woven to the required density, with stable tension and minimal defects. Uneven base fabric can lead to weak points, surface irregularities, and inconsistent coating penetration. By controlling base fabric structure, the manufacturer builds the foundation for predictable finished performance.

The PVC coating stage is equally important. The coating formulation must provide flexibility, waterproofing, adhesion, durability, and optional functions such as UV resistance or flame retardancy. Coating thickness must be controlled to achieve the target weight and physical properties. If coating is too thin, waterproofing and abrasion resistance may suffer. If coating is too thick or uneven, the fabric may become unnecessarily heavy or difficult to fabricate.

Thermal processing and surface finishing help stabilize the final product. Proper heating, cooling, and surface treatment can improve coating bonding, appearance, and handling properties. A high-quality finish makes the fabric easier to clean, weld, roll, and fabricate into finished products. It also improves visual consistency, which matters for commercial truck covers and branded transport fleets.

Quality Assurance and Testing

Quality assurance is essential for truck-cover fabric because performance failure can result in cargo damage, safety issues, and financial loss. Testing according to recognized methods such as FZ/T01003, GB/T1040, GB/T16578, and GB/T3917 provides measurable indicators of fabric weight, thickness, tensile strength, tearing strength, and peeling strength.

Roll-to-roll consistency is another key quality factor. Fabricators need materials that behave predictably during cutting, welding, sewing, eyelet installation, printing, and packaging. Inconsistent rolls can increase waste, slow production, and cause finished-product defects. Strong process control helps reduce these risks.

Inspection may include visual checks for coating defects, pinholes, color variation, contamination, wrinkles, uneven edges, and surface marks. Dimensional checks help confirm width, roll length, weight, and thickness. Mechanical testing confirms the product meets the required performance level. For export and large-scale procurement, such quality-control discipline helps buyers manage risk and maintain confidence in supply continuity.

Fabrication Advantages for Truck-Cover Producers

A good truck-cover fabric must not only perform after installation; it must also process efficiently during fabrication. The 18oz 1000D/1300D 18×17 PVC coated polyester fabric can be cut, welded, sewn, reinforced, and fitted with grommets or other accessories. Its balanced thickness and coating structure support stable handling during production.

Heat welding and high-frequency welding are common methods for joining PVC coated fabrics. Weldability allows fabricators to produce large covers with waterproof seams. Reinforcement patches can be added at corners, edges, tie-down points, and high-wear zones. Because the material has strong base fabric and coating adhesion, it is well suited for these operations.

The availability of different colors is also beneficial. Customers may require standard industrial colors, fleet-matching colors, or colors suitable for construction, agriculture, or outdoor leisure. Color options support branding, identification, safety visibility, and aesthetic requirements.

For truck-cover manufacturers, material consistency reduces production difficulty. Stable fabric weight and thickness help ensure predictable welding temperature settings and seam quality. Consistent surface finish supports professional appearance. Good roll quality reduces cutting waste and improves production efficiency.

Application in the Transportation Industry

The transportation industry is the primary application area for this fabric. Truck covers must protect goods from rain, dust, sunlight, mud, and wind. They must also remain secure during long-distance travel. The high tensile strength and tearing resistance of this fabric make it suitable for flatbed truck covers, cargo tarpaulins, trailer covers, side curtains, and general vehicle protection.

During transport, cargo may shift slightly, and the cover may rub against pallets, metal edges, wooden crates, machinery, or straps. The PVC surface helps resist abrasion, while the polyester reinforcement helps maintain strength. Waterproof performance protects goods during rainstorms and road-spray exposure. Optional UV resistance helps maintain performance under continuous outdoor use.

A durable truck cover can improve operational efficiency. Drivers and logistics operators benefit from covers that are easier to secure, less likely to tear, and capable of repeated use. Fleet managers benefit from reduced replacement frequency and fewer cargo-damage claims. Finished-product manufacturers benefit from a fabric that supports strong seams and reliable reinforcement.

Application in Construction and Industrial Protection

Construction sites require temporary protection for building materials, tools, scaffolding, equipment, and unfinished structures. This fabric can be used as a temporary cover, ground sheet, machinery cover, or enclosure material. Its waterproof PVC coating helps protect materials such as cement, wood, steel parts, and insulation from rain and moisture. Its tear resistance helps it survive rough site handling.

Industrial users may use this fabric for divider curtains, equipment covers, warehouse covers, temporary partitions, and protective sheets. Where flame-retardant performance is required, the appropriate optional standard can be specified. Chemical resistance associated with PVC also supports use in certain industrial environments, although buyers should evaluate compatibility with specific chemicals before final selection.

Construction and industrial applications often involve repeated installation and removal. A fabric that is too weak may tear quickly at corners or fastening points. A fabric that is too heavy may be inconvenient for workers. The 18oz grade provides a practical midpoint for durability and usability.

Application in Agriculture and Outdoor Activities

In agriculture, protective fabrics are used to cover crops, hay, grain, machinery, irrigation equipment, greenhouse components, and temporary storage areas. The waterproof surface helps prevent water damage, while optional anti-UV and anti-fungal treatments can improve performance in long-term outdoor and humid environments. The fabric can also be used as a temporary greenhouse cover or protective sheet depending on project requirements.

For outdoor activities, the material can be used in tents, mats, shelters, shade structures, and waterproof groundsheets. Its strength supports repeated use, while its waterproof surface provides comfort and protection. For public event tents or enclosed structures, flame-retardant requirements should be specified according to local regulations and project needs.

The material’s ability to serve transportation, agriculture, construction, and outdoor leisure applications demonstrates its versatility. Buyers can standardize on one reliable fabric platform for multiple product lines, simplifying procurement and inventory management.

Surface Durability, Cleanability, and Appearance

The PVC surface provides a smooth, protective layer that can be easier to clean than many woven-only or untreated fabrics. Dirt, mud, and surface contamination can often be removed with appropriate cleaning methods. For truck covers and outdoor tarpaulins, cleanability helps maintain a professional appearance and can contribute to longer service life.

Appearance also matters in commercial applications. A well-finished truck cover reflects the professionalism of the transport company. Color uniformity, surface smoothness, and neat fabrication all influence customer perception. High-quality PVC coated fabric supports better finished-product appearance than low-grade materials with uneven coating, color streaking, or surface defects.

Surface durability also influences abrasion resistance. During use, the fabric may rub against cargo, straps, vehicle frames, or the ground. The PVC coating protects the underlying polyester and helps the cover withstand practical wear. For especially abrasive conditions, reinforcement design and proper installation are still important.

Chemical Resistance and Material Stability

PVC is recognized for useful chemical resistance, including resistance to certain acids, alkalis, and industrial substances. The material information notes resistance characteristics associated with concentrated hydrochloric acid, 90% sulfuric acid, 60% nitric acid, and 20% sodium hydroxide. In practical applications, chemical exposure depends on concentration, temperature, contact time, and mechanical stress, so buyers should conduct compatibility evaluation for specialized environments.

This chemical resistance gives PVC coated polyester fabric an advantage in industrial protection, waste handling, construction, and agricultural settings where contact with contaminants may occur. The fabric’s mechanical strength and electrical insulation properties further support its role as a versatile flexible protective material.

Customization for Professional Procurement

Different markets require different performance packages. Some buyers prioritize UV resistance for sunny climates. Others need flame-retardant certification for public spaces. Some require anti-fungal treatment for humid regions, while others need specific colors, roll widths, packaging standards, or compliance documentation. The ability to customize the fabric formulation and finish is a major advantage.

Professional buyers should define the intended application, climate, expected service life, fabrication method, regulatory requirements, and color preference before placing an order. For truck-cover manufacturing, it is also useful to specify seam methods, reinforcement details, grommet spacing, and expected tie-down loads. The fabric supplier can then recommend suitable options.

Customization can also reduce lifecycle cost. For example, selecting anti-UV treatment may increase initial material cost but improve outdoor durability. Selecting flame-retardant performance may be essential for regulated applications. Selecting the right color and surface finish may improve customer acceptance and brand value.

Installation, Handling, and Maintenance Guidance

Although this fabric is designed for heavy-duty use, proper handling helps maximize service life. During installation, covers should be tensioned securely but not overstretched. Sharp cargo edges should be padded or covered with protective reinforcement to reduce abrasion and cutting risk. Tie-down points should be properly reinforced, especially for highway transport.

When folding or rolling the cover, avoid trapping sharp objects inside the fabric. Storage should be in a clean, dry place when possible. If the cover is wet after use, drying before long-term storage can help reduce mildew risk, especially if anti-fungal treatment was not selected. Cleaning should use suitable mild methods that do not damage the PVC surface.

For fabricated truck covers, regular inspection is recommended. Check seams, grommets, straps, corners, and high-wear areas. Small damage should be repaired early before it expands. Because the fabric has strong tear resistance and weldability, professional repair can often extend service life.

Sustainability and Responsible Material Selection

Durability is an important part of responsible material selection. A stronger cover that lasts longer can reduce replacement frequency, waste generation, and operational disruption. While all polymer materials require responsible production and end-of-life management, selecting a high-performance fabric for the correct application can improve resource efficiency compared with repeatedly replacing low-grade covers.

The option to produce materials according to RoHS, REACH, and EN71-3 requirements supports customers who need controlled chemical content and safer material profiles for specific markets. These requirements should be confirmed during procurement because compliance depends on formulation, additives, and testing documentation.

Responsible buyers should also consider correct fabric specification. Over-specifying can increase material use unnecessarily, while under-specifying can lead to early failure and waste. The 18oz 1000D/1300D 18×17 fabric is a strong choice when the application genuinely requires heavy-duty waterproof protection and high mechanical strength.

How This Fabric Supports Long-Term Business Value

For distributors, fabricators, and end users, the value of a truck-cover fabric is measured not only by price per square meter but also by performance reliability, fabrication efficiency, customer satisfaction, and replacement rate. A fabric that resists tearing, remains waterproof, welds consistently, and performs in diverse climates can reduce hidden costs.

Hidden costs of inferior materials include production waste, seam failures, customer returns, emergency replacements, cargo damage claims, and reputation loss. When covers fail during transport, the cost can be much greater than the difference between a standard fabric and a high-quality fabric. This is why many professional buyers prefer a proven PVC coated polyester material with strong technical data.

Zhejiang MSD Group Share Co., Ltd. supports this value proposition through its broad manufacturing experience and product-development capability. Its portfolio across PVC coated fabric, PVC laminated fabric, waterproof fabric, mesh fabric, tarpaulin materials, flex banners, calendered films, ceiling films, and drop stitch fabrics demonstrates experience in flexible composite materials. Such expertise helps the company respond to different customer requirements and market conditions.

Buyer Evaluation Checklist

When selecting PVC coated polyester truck-cover fabric, buyers should evaluate several factors. First, confirm mechanical strength requirements, including tensile strength and tear resistance. Second, review fabric weight and thickness to ensure the material balances durability and handling. Third, check coating adhesion through peeling strength data. Fourth, confirm waterproofing and seam compatibility. Fifth, identify optional requirements such as UV resistance, flame retardancy, anti-fungal treatment, or compliance standards.

Buyers should also examine roll quality, color consistency, packaging, lead time, and supplier communication. A good material supplier should provide technical information, support customization, and maintain quality consistency. For large procurement programs, sample testing and trial fabrication are recommended before full-scale production.

The 18oz 1000D/1300D 18×17 PVC coated polyester fabric performs well against this checklist because it offers strong technical values, optional functional treatments, and broad application flexibility. It is especially suitable for buyers seeking a durable truck-cover material with proven strength and practical fabrication properties.

Q&A Section

What is the main use of 18oz 1000D/1300D 18×17 PVC coated polyester fabric?

Its main use is heavy-duty truck covers and cargo tarpaulins. It can also be used for construction covers, agricultural protection, outdoor shelters, industrial curtains, machinery covers, temporary enclosures, and waterproof mats.

Why is this fabric suitable for truck covers?

It combines a strong polyester base fabric with a waterproof PVC coating. The 1000D × 1300D yarn, 18 × 17 density, high tensile strength, tear resistance, and strong coating adhesion help it withstand wind, rain, cargo friction, road vibration, and repeated handling.

Is the fabric waterproof?

Yes. The PVC coating provides excellent waterproof performance, making it suitable for protecting cargo from rain, moisture, and road spray. Proper seam welding and fabrication are also important for full-cover waterproof performance.

What is the weight and thickness of the material?

The finished fabric weight is approximately 610 g/m² with a tolerance of ±3%, and the thickness is approximately 0.52 mm with a tolerance of ±3%.

Can the fabric be used in cold or hot climates?

Yes. The material has a temperature range of approximately -50°C to +70°C, making it suitable for a wide variety of outdoor climates. Proper formulation and handling help maintain flexibility and durability across temperature changes.

What optional treatments are available?

Optional treatments include anti-fungal, anti-UV, anti-frost, anti-static, antibacterial, and flame-retardant performance. Flame-retardant options can include B1, B2, M1, M2, NFPA-701, and C 19 depending on project requirements.

How does it compare with ordinary polyethylene tarpaulin?

Compared with ordinary polyethylene tarpaulin, PVC coated polyester fabric generally offers better strength, durability, weldability, abrasion resistance, and professional appearance. It is more suitable for reusable heavy-duty truck covers and industrial applications.

Can it be fabricated by welding?

Yes. PVC coated polyester fabric is commonly compatible with heat welding and high-frequency welding. This allows fabricators to create large covers, waterproof seams, reinforced corners, and customized finished products.

Is the product available in different colors?

Yes. Multiple color options can be provided according to customer needs, supporting different applications, branding requirements, and visual preferences.

What should buyers specify before ordering?

Buyers should specify application, required weight, color, roll size, UV resistance, flame-retardant standard, anti-fungal requirement, compliance needs, fabrication method, and expected service environment. Clear specifications help ensure the most suitable product configuration.

Conclusion

The 18oz 1000D/1300D 18×17 PVC coated polyester truck-cover fabric is a strong, waterproof, flexible, and durable material designed for professional outdoor protection. Its reinforced polyester base, PVC coating, high tensile strength, strong tear resistance, reliable peeling strength, and broad temperature tolerance make it especially valuable for heavy-duty truck covers and industrial tarpaulin applications.

Its advantages over many competing materials include better durability than lightweight tarpaulins, better workability than excessively heavy materials, stronger fabrication compatibility than many temporary covers, and more customization options than generic products. Optional anti-UV, anti-fungal, anti-static, antibacterial, anti-frost, and flame-retardant treatments allow the material to be tailored to specific markets and performance requirements.

Backed by experienced manufacturing, broad product development, and process control in flexible PVC materials, this fabric offers long-term value for truck-cover manufacturers, distributors, fleet operators, construction companies, agricultural users, and outdoor product producers. For buyers seeking a dependable waterproof PVC coated polyester fabric with proven mechanical strength, the 18oz 1000D/1300D 18×17 grade is a practical and high-performance choice.

References

Technical Data Sheet for 18oz 1000D/1300D 18×17 PVC Coated Polyester Fabric.

GB/T1040, Plastics: Determination of Tensile Properties.

GB/T16578, Test Method for Tearing Strength of Coated Fabrics.

GB/T3917, Textiles: Tear Properties of Fabrics.

FZ/T01003, Textile Testing Method for Fabric Density, Weight, and Dimensional Characteristics.

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

REACH Regulation, European Chemical Safety Framework for Substances and Articles.

RoHS Directive, Restriction of Hazardous Substances in Electrical and Related Materials.

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.