680 GSM 1000D 20×20 Leather-Style PVC-Coated Polyester Fabric: Performance, Applications, and Manufacturing Excellence

In demanding industrial and commercial environments, fabric selection involves far more than choosing an attractive surface. The material must withstand tension, tearing, abrasion, moisture, temperature fluctuations, repeated handling, and long-term exposure to outdoor conditions. At the same time, it may need to contribute to the visual identity of furniture, vehicles, architectural structures, luggage, protective covers, or premium interior products. The 680 GSM 1000D 20×20 leather-style PVC-coated polyester fabric is designed to address these combined requirements.

This material combines a high-tenacity polyester base cloth, a dense 20×20 construction, a substantial PVC coating, and an embossed leather-style surface. The result is a heavy-duty textile with a refined appearance and a broad range of possible uses. It provides a practical alternative to natural leather and lighter coated fabrics where waterproofing, dimensional stability, cleanability, and mechanical strength are important.

Manufactured by Zhejiang MSD Group Share Co., Ltd., the product reflects the capabilities of a company with experience in coated textiles, flexible materials, decorative films, sports materials, advertising fabrics, tarpaulins, and related polymer-based products. Its production approach integrates textile construction, polymer formulation, coating, embossing, finishing, inspection, and application-oriented development.

Unlike ordinary upholstery cloth or basic PVC tarpaulin, this product is engineered to combine a leather-like visual effect with the structural performance expected from an industrial coated fabric. It can be processed by hot-air welding and high-frequency welding, allowing manufacturers to create waterproof assemblies, covers, membranes, and fabricated products with fewer limitations than conventional leather or uncoated textile materials.

680GSM 1000D20X20 Leather Style PVC Coated Polyester Fabric

Product Overview

The 680 GSM leather-style PVC-coated polyester fabric is built on a 1000-denier polyester base fabric. Denier is a measurement associated with the linear density of fibers or yarns. A 1000D yarn is substantially heavier and stronger than the yarns used in many lightweight decorative textiles. This provides a robust foundation for applications in which the fabric must resist pulling, abrasion, impact, and repeated movement.

The base fabric has a density of 20×20 threads per inch. This balanced construction contributes to dimensional stability in both the machine direction and cross direction. The woven polyester substrate supports the PVC coating and helps distribute applied loads throughout the fabric rather than concentrating stress in a thin surface layer.

The finished material has an average weight of 680 grams per square meter, with a permitted variation of approximately ±3 percent. Its stated thickness is approximately 0.55 millimeters, also with a permitted variation of approximately ±3 percent. This combination of weight and thickness gives the product a substantial hand while retaining sufficient flexibility for fabrication, sewing, folding during processing, and welding.

The exposed surface is embossed in a leather-style pattern. Embossing changes the tactile and visual character of the PVC layer, producing a textured finish that can be used in luxury outdoor furniture, vehicle interiors, equipment covers, decorative structures, and other products in which a plain industrial surface may appear unsuitable.

Key Product Values

Product characteristic	Typical value or description
Finished fabric weight	680 g/m², ±3%
Base fabric yarn	1000D polyester
Base fabric density	20×20 threads per inch
Nominal thickness	0.55 mm, ±3%
Surface finish	Leather-style embossed PVC coating
Temperature range	Approximately -50°C to +70°C according to the technical data sheet
Processing compatibility	High-frequency welding and hot-air welding
Environmental compliance options	REACH, RoHS, EN71-3, and 16P-free formulations as specified

Actual performance can vary according to color, coating formulation, production lot, fabrication method, environmental exposure, and end-use design. Buyers should confirm the requirements of their project with the manufacturer before placing a production order, particularly when a specific fire classification, chemical resistance level, or regulatory certification is required.

How the Material Is Constructed

High-Tenacity Polyester Substrate

The polyester base cloth is the load-bearing component of the product. PVC provides waterproofing, surface protection, and the leather-style finish, but the woven polyester core is principally responsible for the fabric’s tensile and tear performance. The use of 1000D yarn gives the construction a high level of strength relative to many lighter coated fabrics.

Polyester is widely used in technical textiles because it offers a useful balance of strength, dimensional stability, processability, and resistance to moisture. It is also compatible with high-speed weaving and coating processes. The 20×20 construction provides a structured grid that supports consistent coating coverage and helps maintain the shape of finished panels.

PVC Coating System

The PVC layer forms a continuous protective barrier around the textile substrate. It reduces water penetration, protects the polyester yarns from direct environmental contact, and creates a surface that can be cleaned more easily than many untreated fabrics. Depending on the intended specification, PVC formulations may incorporate plasticizers, pigments, stabilizers, flame-retardant additives, fungicidal protection, and other performance modifiers.

In a typical industrial process, the PVC compound is prepared to achieve the required viscosity, color, flexibility, adhesion, and surface characteristics. It may then be applied by a precision knife-coating process or another controlled coating technology. The coating amount is carefully managed because the final weight, thickness, flexibility, adhesion, and appearance depend on coating uniformity.

A well-controlled coating process is essential for avoiding pinholes, uneven thickness, weak adhesion, surface contamination, and visual inconsistencies. The coated fabric must pass through drying, heating, or fusion zones that allow the PVC layer to form a stable bond with the textile substrate. Process parameters such as line speed, temperature, coating gap, web tension, and cooling conditions influence the final result.

Leather-Style Embossing

The leather-style appearance is produced through a controlled embossing or texturing operation. A patterned roll or finishing surface transfers a grain-like design to the PVC layer. This process creates a more sophisticated appearance than a smooth industrial coating and can reduce the visual impact of minor surface reflections.

Embossing also influences the tactile experience. A textured fabric can feel more substantial and closer to leather than a smooth plastic sheet. This is valuable in applications where customers interact directly with the product, such as seating, furniture, bags, cases, vehicle panels, and decorative coverings.

Surface texture must be managed carefully. Excessive embossing pressure may affect coating thickness, flexibility, or adhesion, while insufficient pressure may produce a weak or irregular pattern. Advanced production control therefore involves coordinating the coating condition, embossing temperature, roll pressure, cooling rate, and web tension.

Mechanical Performance

The technical data sheet reports a tensile strength of approximately 2700 N/5 cm in the machine direction and approximately 2400 N/5 cm in the cross direction. These values indicate that the fabric can resist significant pulling forces when properly installed and supported.

Machine-direction strength is important for roll-fed products, long covers, awnings, banners, tensile structures, and fabricated assemblies in which the primary load follows the length of the roll. Cross-direction strength is equally important when loads act across a panel, particularly in furniture covers, vehicle applications, equipment covers, and architectural membranes.

The reported tearing strength is approximately 280 N/5 cm in the machine direction and 220 N/5 cm in the cross direction. Tear resistance is different from tensile strength. Tensile testing measures the force needed to break a prepared specimen under continuous pulling, while tear testing measures how a cut or damaged area propagates. High tear resistance helps prevent a small puncture, cut, or edge defect from rapidly developing into a larger failure.

Peeling strength is listed at approximately 85 N/5 cm. This reflects the bond between the coating and the textile substrate. Strong interlayer adhesion is essential because delamination can expose the base cloth, reduce waterproofing, damage the appearance, and shorten service life.

Performance property	Average value	Test method	Practical significance
Tensile strength, machine direction	2700 N/5 cm	GB/T1040	Resistance to pulling along the roll direction
Tensile strength, cross direction	2400 N/5 cm	GB/T1040	Resistance to pulling across the roll direction
Tearing strength, machine direction	280 N/5 cm	GB/T16578	Resistance to propagation of tears
Tearing strength, cross direction	220 N/5 cm	GB/T16578	Protection against progressive damage across the fabric
Peeling strength	85 N/5 cm	GB/T3917	Bond strength between coating and base fabric

These properties make the fabric more suitable for demanding applications than many low-weight decorative materials. A competing product with a lighter base cloth may be easier to handle, but it may provide lower tear resistance, reduced dimensional stability, or less reliable performance under repeated stress. A basic tarpaulin may provide waterproofing but lack the leather-style visual quality required for premium commercial applications.

Advantages Over Conventional Alternatives

Compared with Natural Leather

Natural leather has a distinctive appearance and tactile quality, but it can be expensive, sensitive to moisture, difficult to clean, and inconsistent across hides. It may also require specialized maintenance and careful control of humidity. For outdoor furniture, marine equipment, transport seating, or protective covers, natural leather may not provide the most practical balance of cost and weather resistance.

The leather-style PVC-coated fabric offers a consistent roll-based material with predictable width, thickness, color, and surface pattern. It is waterproof, easier to wipe clean, and suitable for welding when a fabricated waterproof product is required. It can reproduce a premium visual impression while providing the technical advantages of a coated textile.

Compared with Uncoated Polyester

Uncoated polyester can provide good textile strength but generally does not offer the same level of waterproofing, surface cleanability, or protection from oils and common contaminants. Moisture can penetrate the weave, and the substrate may be more vulnerable to staining, biological growth, and environmental degradation.

The PVC coating creates a barrier that makes the finished fabric more suitable for covers, outdoor furniture, awnings, and other applications where liquid water and surface contamination are expected. The coating also allows the surface to be embossed, colored, and formulated for specific functional requirements.

Compared with Lightweight PVC Fabrics

Lightweight PVC fabrics are often selected for portable products, banners, and short-term applications. However, they may not offer the same structural stability or resistance to heavy handling as a 680 GSM material made with 1000D polyester yarns. In applications involving tension, abrasion, repeated installation, or equipment contact, a heavier construction may provide a longer service life.

Compared with Smooth PVC-Coated Fabric

Smooth PVC-coated fabric can deliver reliable waterproofing and strength, but it may appear utilitarian. The embossed leather-style surface adds a decorative dimension that can help the material integrate into premium surroundings. It is particularly suitable when the fabric must perform technically without looking like a conventional industrial sheet.

Environmental and Service Resistance

The product is designed for use in environments where moisture, sunlight, temperature variation, and repeated cleaning may occur. Its PVC coating helps resist water penetration and provides a surface that can be maintained with neutral soap and a soft brush.

Temperature Performance

The technical data sheet specifies a temperature range of approximately -50°C to +70°C. A separate product description references a range beginning at -30°C. This difference may reflect a particular formulation, application condition, or product version. For engineering purposes, the buyer should request confirmation of the applicable temperature range for the exact color, coating formulation, and production lot.

Temperature performance is influenced by more than the polymer itself. Repeated cycling, exposure duration, mechanical stress, folding, welding, and contact with other materials can affect performance. A fabric used in a cold environment should be evaluated for flexibility at the minimum operating temperature, while a fabric used near heat sources should be tested under the expected combination of temperature and load.

Water and Moisture Protection

The PVC coating provides the foundation for waterproof performance. When seams are properly designed and welded, the material can be used to produce covers, enclosures, canopies, and other products requiring protection from rain or surface water. Welding can reduce reliance on needle holes that may otherwise create potential leakage paths.

Waterproof performance depends on the complete assembly. Fabric quality, seam overlap, welding energy, pressure, temperature, dwell time, edge design, fasteners, penetrations, and installation tension all influence the final result. The fabric itself may be waterproof, but an improperly designed seam can still allow water ingress.

UV and Biological Protection

The supplied product description identifies UV stabilization and anti-fungal protection as product advantages. UV stabilizers help reduce the rate at which sunlight degrades the polymer system. Anti-fungal additives can help limit biological growth in humid conditions, although cleaning, ventilation, drainage, and storage practices remain important.

Outdoor service life depends on geographic location, solar intensity, humidity, pollution, color, installation orientation, and exposure duration. Dark colors may absorb more heat, while certain bright pigments may respond differently to prolonged sunlight. Customers requiring long-term outdoor performance should request application-specific weathering data.

Chemical and Cleaning Resistance

The coating is described as resistant to oils, common acids, and alkalis. This makes it useful in industrial, transportation, and commercial settings where occasional contact with contaminants may occur. However, chemical resistance is always substance-specific. Concentration, temperature, contact time, pressure, and repeated exposure can change the result.

Routine maintenance should use a neutral soap solution and a soft brush or cloth. Solvent-based cleaners, aggressive degreasers, abrasive pads, and high-pressure steam should be avoided unless the manufacturer has confirmed their suitability. Strong chemicals may soften the PVC, extract additives, discolor the surface, or flatten the embossed grain.

Fire-Retardant and Environmental Options

The technical information lists flame-retardant options including B1, B2, M1, M2, NFPA-701, and C 19. These classifications and test systems are not interchangeable. The required classification depends on the destination market, building type, transport application, product design, and local regulations.

Fire performance may be affected by coating formulation, fabric weight, color, thickness, seam construction, backing materials, installation method, and aging. A project specification should identify the exact standard and test configuration required. Buyers should obtain current test reports for the specific product configuration rather than relying only on a general statement of available options.

The product information also identifies REACH, RoHS, EN71-3, and 16P-free options. These references relate to chemical content and product safety requirements in particular regulatory or market contexts. Compliance should be verified against the exact formulation and supply batch. Documentation may include declarations, laboratory reports, restricted-substance statements, or customer-specific compliance records.

Environmental responsibility in coated textiles includes material selection, production efficiency, waste management, packaging, service life, and end-of-life handling. A durable fabric that remains functional for a long period can reduce replacement frequency. Precise coating and cutting processes can also reduce production waste. Customers should discuss available formulations and recycling or disposal considerations with the manufacturer for projects with specific sustainability targets.

Advanced Manufacturing Processes

The performance of a coated fabric depends heavily on manufacturing consistency. A strong yarn specification alone does not guarantee a reliable finished product. The base textile, coating compound, coating line, embossing system, curing conditions, inspection procedures, and roll handling must work together.

Raw Material Preparation

Manufacturing begins with the selection and preparation of polyester yarns and PVC coating components. Yarn quality affects weaving efficiency, fabric uniformity, strength, and surface regularity. PVC ingredients must be mixed to achieve consistent dispersion of pigments, stabilizers, plasticizers, and functional additives.

Controlled batching is important because even small changes in formulation can influence flexibility, color, adhesion, fire performance, and temperature behavior. Industrial manufacturers commonly use defined recipes, weighing controls, mixing sequences, and material inspection procedures to maintain repeatability between production lots.

Weaving and Base Fabric Control

The polyester yarns are woven into a 20×20 construction. During weaving, the manufacturer must control yarn tension, pick density, selvage quality, fabric width, and defects. Variations in the base fabric can later appear as coating streaks, thickness differences, or dimensional irregularities.

Inspection of the woven substrate may identify broken yarns, missing picks, contamination, tension marks, and other issues before coating. Early detection reduces the chance that defects will become difficult or expensive to correct after PVC application.

Precision Coating

Precision coating is central to achieving the target 680 GSM weight and 0.55 millimeter thickness. The coating head, knife gap, compound viscosity, line speed, web tension, and drying conditions must be coordinated. The coating must cover the substrate evenly while maintaining the desired balance of flexibility and durability.

Too little coating may reduce waterproofing, surface coverage, and abrasion resistance. Too much coating can make the fabric excessively stiff, heavy, or difficult to weld. Uniformity is therefore as important as the nominal coating amount. Automated process monitoring and experienced line operators help maintain consistent performance throughout a roll.

Heating, Fusion, and Cooling

After application, the coated fabric passes through controlled heating or fusion zones. The PVC layer must achieve sufficient fusion and adhesion without causing thermal damage to the polyester substrate or producing unwanted surface changes. Cooling stabilizes the finished coating and prepares it for embossing, inspection, and winding.

Temperature profiles are selected according to the formulation, fabric speed, coating weight, and desired finish. Inconsistent heating can cause incomplete fusion, discoloration, bubbling, or weak bonding. A modern production system therefore treats thermal control as a critical quality variable.

Embossing and Surface Finishing

Leather-style embossing requires accurate pattern transfer and stable web handling. The embossed roll must maintain consistent pressure and alignment across the fabric width. Surface inspection helps identify incomplete patterns, gloss variation, wrinkles, scratches, or uneven grain.

Finishing may also include surface treatment, protective additives, color adjustment, edge trimming, and roll conditioning. These steps influence both appearance and processing behavior. A decorative surface is valuable only when it remains stable during cutting, sewing, welding, installation, and everyday use.

Inspection and Technical Verification

Finished fabric is evaluated for weight, thickness, appearance, width, tensile strength, tear strength, peeling strength, and other customer-specific properties. The listed test methods include FZ/T01003 for selected physical measurements, GB/T1040 for tensile strength, GB/T16578 for tearing strength, and GB/T3917 for peeling strength.

Quality control may include sampling from different sections of a roll because coating and appearance must remain consistent from beginning to end. Records of batch number, formulation, production date, test results, and inspection status support traceability and help customers manage repeat orders.

Zhejiang MSD Group Share Co., Ltd. was established in 2002 and operates in Haining City, Zhejiang Province, a region associated with warp-knitting and textile manufacturing. 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 other flexible materials. This broad product base can support cross-functional development between textile engineering, polymer processing, decorative finishing, and application design.

Application Scenarios

Commercial Upholstery

The leather-style surface makes the fabric suitable for commercial upholstery where appearance, cleanability, and durability are required together. Possible uses include outdoor restaurant furniture, gym equipment, public transport seating, leisure seating, and commercial fixtures.

Compared with ordinary fabric upholstery, the PVC surface can be wiped clean more easily and is less likely to absorb spills immediately. Compared with natural leather, it offers more consistent roll dimensions and can be specified for environments where moisture is common. Upholstery designers should still evaluate foam compatibility, seam construction, edge behavior, abrasion, colorfastness, and user-contact comfort.

Automotive and Limousine Interiors

The product description identifies furniture and limousine applications. In vehicle interiors, the leather-style surface can contribute to a premium appearance while the polyester core provides structural support. It may be used for selected seating surfaces, trim components, protective covers, partitions, or decorative panels, subject to the applicable automotive requirements.

Vehicle applications can involve elevated temperatures, vibration, abrasion, cleaning agents, and prolonged sunlight. The material should therefore be evaluated against the complete interior specification. Adhesive selection, heat forming, stitching, welding, and compatibility with substrates should be tested before mass production.

Protective Equipment Covers

The heavy-duty construction is appropriate for protective covers used with machinery, marine equipment, vehicles, tools, and specialized equipment. The waterproof surface helps protect the covered item from rain, dust, and incidental contamination, while the high-tenacity base resists pulling during installation and removal.

The leather-style finish can be beneficial when covers are used in customer-facing environments. A professional cover may protect equipment without creating an unattractive industrial appearance. Reinforced corners, webbing, eyelets, zippers, hook-and-loop fasteners, or welded seams can be added according to the design.

Architectural Awnings and Canopies

The fabric can be considered for decorative awnings, canopies, tensile structures, and covered walkways in hotels, resorts, commercial plazas, restaurants, and event venues. Its visual texture enables designers to create a warmer or more premium architectural expression than a plain coated sheet.

Structural design must account for wind load, snow load where applicable, drainage, edge reinforcement, connection points, pretension, and long-term dimensional behavior. A fabric specification should not replace professional structural engineering. The suitability of the selected fire classification must also be confirmed for the building and jurisdiction.

Bags, Luggage, and Equipment Cases

The material’s waterproof surface, abrasion resistance, and heavy construction support the manufacture of tool bags, backpacks, luggage, instrument cases, equipment cases, and specialized transport containers. The leather-style appearance can make functional products more attractive to consumers and professional users.

Product designers should consider the cutting method, seam allowance, bending radius, zipper installation, reinforcement patches, and finished-product weight. For small bags, the 680 GSM construction may provide desirable durability but could be heavier than required. For large or demanding cases, the additional weight may be justified by improved protection and service life.

Fabrication and Processing Guidance

Cutting

Clean cutting is important for maintaining accurate dimensions and preventing edge damage. Industrial knives, rotary blades, die cutting, or computer-controlled cutting systems may be selected according to production volume and product geometry. Dull tools can crush the edge or create irregular cuts that complicate sewing and welding.

Patterns should account for grain direction, tensile direction, seam allowance, reinforcement zones, and potential stretching during installation. Where appearance is important, adjacent panels should be cut with consistent orientation so that the embossed leather pattern presents uniformly.

Sewing

Sewing remains useful for products that require zippers, pockets, flexible joints, or removable covers. Needle size, thread type, stitch length, seam design, and pressure-foot adjustment should be selected through practical trials. Excessively tight stitching can create perforation lines, while insufficient seam allowance may reduce the strength of the finished assembly.

For waterproof products, sewn seams may need seam sealing, protective flaps, or a secondary welded layer. The most appropriate method depends on the product’s exposure and required leak resistance.

Hot-Air Welding

Hot-air welding uses heated air to soften compatible PVC surfaces before pressure is applied. It is suitable for joining panels, forming hems, creating sleeves, and fabricating covers or membranes. Operators must control temperature, speed, pressure, and overlap. Excessive heat may damage the embossed texture or distort the coating, while insufficient heat may produce a weak seam.

High-Frequency Welding

High-frequency welding uses electromagnetic energy to generate heat within compatible thermoplastic layers. It can produce clean, repeatable seams and is useful for certain bags, covers, inflatable components, and industrial assemblies. Tooling design, electrode shape, pressure, welding time, cooling time, and material thickness must be matched to the product.

Weld samples should be tested before production. A suitable seam should show consistent bonding without excessive thinning, scorching, incomplete fusion, or distortion. The welded area should be evaluated for peel resistance, leak resistance, and durability under the intended loading conditions.

Quality and Competitive Differentiation

The product’s primary competitive advantage is its combination of appearance and technical performance. Many materials are optimized either for visual appeal or for industrial durability. This fabric is positioned between those categories, providing a leather-style finish while retaining the strength and processability of a coated polyester textile.

Its 1000D base fabric and 680 GSM finished weight provide a stronger construction than lightweight PVC fabrics commonly used for temporary or low-stress applications. The 20×20 weave supports balanced performance in both principal directions. The reported tensile and tear values further demonstrate its suitability for heavy-duty products.

The material also offers manufacturing flexibility. It can be cut, sewn, and welded, enabling designers to create three-dimensional products rather than using the fabric only as a flat covering. Waterproof seams can be achieved through appropriate hot-air or high-frequency welding, helping manufacturers reduce leakage risks in fabricated assemblies.

Another advantage is the potential for customization. Depending on project needs, manufacturers may discuss color, surface pattern, flame-retardant grade, environmental compliance, width, coating formulation, and other parameters. Customization allows the material to serve both standardized products and specialized industrial programs.

Comparison factor	Leather-style PVC-coated polyester fabric	Natural leather	Lightweight uncoated textile
Surface appearance	Consistent embossed leather-style finish	Natural grain with hide-to-hide variation	Textile appearance
Water resistance	High when coating and seams are properly maintained	Requires finishing and maintenance	Usually limited without additional treatment
Cleaning	Generally easy with neutral soap and soft tools	May require specialized care	Can absorb liquids and stains
Fabrication	Sewing, hot-air welding, and high-frequency welding	Primarily cutting and sewing	Primarily cutting and sewing
Structural support	1000D polyester, 20×20 construction	Depends on hide thickness and quality	Depends on yarn and weave
Dimensional consistency	Controlled roll-based production	Natural variation is expected	Varies by textile construction and finish

These comparisons are general and should not be interpreted as a substitute for application-specific testing. Every material has advantages, and the correct selection depends on the required service life, weight, cost, appearance, regulatory status, and fabrication method.

Storage, Handling, and Maintenance

Storage Conditions

Fabric rolls should be stored horizontally in a cool, dry, and clean area. Rolls should not be placed directly on concrete floors because moisture can migrate into packaging or affect the outer layers. Pallets or other raised supports help reduce moisture absorption and prevent pressure marks.

Direct sunlight should be avoided during storage. Prolonged exposure before installation can cause unnecessary heating, color variation, or premature aging of the surface. The storage area should also be free from sharp objects, oils, solvents, excessive dust, and sources of heat.

Roll Handling

Rolls should be lifted and transported using equipment that supports the full roll. Dragging a roll across a floor may damage the edges or embossing. Heavy rolls should not be dropped or stacked in a way that creates permanent compression marks.

Before cutting, the fabric should be allowed to stabilize in the production environment when practical. This can help reduce dimensional variation caused by differences in temperature and humidity between storage and processing areas.

Preventing Creases

Tightly folding the fabric for extended periods may create permanent creases or flatten the embossed grain. Rolling onto a suitable core is recommended for storage and transportation. If a crease develops, aggressive heating should not be applied without testing because excessive heat may alter the PVC surface or texture.

Cleaning

Routine cleaning should use a neutral soap solution and a soft brush or cloth. Dirt should be removed gently rather than scrubbed aggressively. After cleaning, the surface should be rinsed if necessary and allowed to dry under suitable ventilation.

Solvent-based cleaners, abrasive powders, harsh disinfectants, and high-pressure steam may damage the coating or reduce the visual quality of the leather-style surface. Any new cleaning agent should first be tested on an inconspicuous sample or an unused section of material.

Design Considerations for End Users

Material selection should begin with a clear definition of the operating environment. Designers should identify whether the fabric will be exposed to sunlight, rain, saltwater, oils, cleaning chemicals, abrasion, heat, cold, vibration, or repeated folding. The expected loading and service life should also be stated.

For covers and architectural structures, designers must account for wind and tension. Sharp corners should be avoided or reinforced because concentrated stress can lead to premature wear. Contact with rough metal edges, untreated wood, or abrasive surfaces should be minimized.

For upholstery, the designer should balance the desired appearance with flexibility and user comfort. Foam density, substrate shape, seam placement, and stretch requirements should be tested together. The embossed grain should be oriented consistently across visible panels.

For bags and cases, reinforcement should be added at handles, corners, closures, and attachment points. The strength of the finished product depends not only on the fabric but also on thread, webbing, hardware, seam design, and load distribution.

For welded products, trial seams are essential. The welding window should be established for the selected equipment and material thickness. Operators should monitor the seam for consistent appearance, peel resistance, and waterproofing. Production controls should be documented so that repeat orders can be manufactured consistently.

Why Manufacturer Capability Matters

Coated textile performance is closely connected to manufacturing experience. A supplier with knowledge of both textile structures and PVC processing can better understand how yarn density, coating weight, embossing, flexibility, adhesion, and welding behavior interact.

Zhejiang MSD Group Share Co., Ltd. has developed a product system covering environmentally friendly decorative materials, functional sports materials, advertising materials, waterproof fabrics, tarpaulins, films, and other flexible products. This range indicates experience with multiple production technologies and end-use requirements.

The company’s location in Haining’s warp-knitting industrial area provides access to a mature textile manufacturing environment and related technical resources. Since its establishment in 2002, the company has emphasized independent innovation and product development. For buyers, this can be valuable when a project requires more than a standard catalog specification.

Advanced manufacturing strength is demonstrated not only by machinery but also by process discipline. Stable raw material preparation, controlled weaving, accurate coating, repeatable embossing, laboratory testing, and technical communication are all necessary to produce a reliable coated fabric. A manufacturer capable of coordinating these functions can help customers reduce trial-and-error during product development.

Application support is another important consideration. A fabric may perform well in laboratory testing but fail if it is incorrectly welded, sewn, tensioned, cleaned, or stored. Technical guidance from the supplier can help customers select an appropriate grade, understand processing limits, and design more reliable finished products.

Recommended Purchasing Checklist

Before purchasing the 680 GSM leather-style PVC-coated polyester fabric, buyers should confirm the intended application, required width, color, surface pattern, quantity, roll length, and delivery schedule. They should also identify whether the product will be used indoors, outdoors, in transportation, in public buildings, or in contact with consumers.

Where applicable, the purchase specification should include the required tensile strength, tear strength, peeling strength, thickness, weight tolerance, waterproofing requirement, fire classification, temperature range, UV performance, antifungal performance, and chemical resistance.

Buyers should request a sample for visual inspection and processing trials. The sample should be cut, sewn, welded, cleaned, and exposed to representative conditions when the application is critical. Appearance should be evaluated under the lighting used in the final product, particularly when matching multiple panels.

Documentation should include a technical data sheet, inspection records, compliance statements, and relevant test reports. For repeat production, buyers should confirm how batch consistency, color control, roll identification, and complaints are managed.

Frequently Asked Questions

What is the main advantage of this fabric?

Its main advantage is the combination of a leather-style appearance with the structural strength, waterproofing, and fabrication flexibility of a PVC-coated polyester textile. It is intended for applications that require both presentation quality and industrial durability.

What does 680 GSM mean?

GSM means grams per square meter. A finished weight of 680 GSM means that one square meter of the fabric weighs approximately 680 grams, subject to the stated tolerance. Higher weight often indicates a more substantial construction, although actual performance also depends on yarn strength, weave, coating formulation, and processing quality.

What does 1000D polyester mean?

1000D describes the denier specification of the polyester yarn used in the base fabric. It indicates a high-tenacity, relatively heavy yarn suitable for demanding coated textile applications.

Can the material be welded?

Yes. The product information identifies compatibility with hot-air welding and high-frequency welding. Welding parameters must be established through trials because equipment, seam design, temperature, pressure, speed, and material condition affect seam quality.

Is the fabric suitable for outdoor use?

It is designed for applications involving water, weather, and outdoor exposure, and the product description identifies UV stabilization and anti-fungal protection. Outdoor service life depends on climate, color, installation, loading, cleaning, and exposure duration. Long-term projects should be supported by application-specific testing.

What temperature range can the fabric withstand?

The technical data sheet specifies approximately -50°C to +70°C, while another supplied product description references -30°C to +70°C. Because the values differ, buyers should confirm the applicable range for the exact product formulation and intended use before final approval.

Can it replace natural leather?

It can serve as a functional alternative in many upholstery, furniture, luggage, cover, and decorative applications. It provides a consistent embossed appearance, waterproofing, and easier cleaning. However, the final choice should consider tactile requirements, breathability, flexibility, regulatory needs, and the specific characteristics expected from natural leather.

How should the fabric be cleaned?

Use a neutral soap solution and a soft brush or cloth. Avoid solvent-based cleaners, abrasive products, and high-pressure steam unless compatibility has been confirmed. Test unfamiliar cleaning agents on a sample first.

Is the fabric flame retardant?

Flame-retardant options including B1, B2, M1, M2, NFPA-701, and C 19 are listed in the product information. The required grade must be confirmed for the exact formulation and market because these classifications represent different test systems and requirements.

What industries can use this product?

Potential industries include commercial furniture, outdoor hospitality, vehicle interiors, limousine interiors, transportation seating, protective covers, marine equipment, architectural membranes, awnings, canopies, luggage, bags, tool cases, and specialized equipment protection.

How should rolls be stored?

Store rolls horizontally in a cool, dry area on pallets or another raised support. Avoid direct sunlight, concrete floors, excessive pressure, sharp objects, solvents, and prolonged tight folding. Rolling onto a core is recommended for transport and extended storage.

Can the product be customized?

Customization may be available for color, surface appearance, coating formulation, flame-retardant performance, environmental requirements, dimensions, and other project specifications. The availability of each option should be confirmed with the manufacturer before ordering.

Conclusion

The 680 GSM 1000D 20×20 leather-style PVC-coated polyester fabric is a versatile technical textile for projects requiring durability without sacrificing appearance. Its 1000D polyester base, balanced 20×20 weave, heavy PVC coating, embossed leather-style surface, and strong mechanical properties make it suitable for a broad range of commercial, industrial, transportation, outdoor, and architectural applications.

The product offers meaningful advantages over natural leather, uncoated textiles, lightweight PVC fabrics, and plain coated materials. It can provide a more consistent and easier-to-maintain surface than natural leather, stronger environmental protection than uncoated polyester, and a more premium appearance than ordinary industrial tarpaulin.

Its suitability is further strengthened by compatibility with hot-air and high-frequency welding. This allows manufacturers to create waterproof seams and three-dimensional products, including covers, cases, membranes, awnings, and protective assemblies.

The quality of the final result depends on both product selection and manufacturing control. With experience in warp-knitted textiles, PVC films, coated fabrics, flexible materials, and application-specific product development, Zhejiang MSD Group Share Co., Ltd. is positioned to support customers seeking consistent production and customized technical solutions.

For the best outcome, buyers should evaluate samples, confirm the applicable technical and regulatory requirements, conduct fabrication trials, and select the product formulation according to the actual service environment. When properly specified, processed, installed, and maintained, this leather-style PVC-coated polyester fabric can provide a durable, attractive, and practical solution for demanding products.

References

1. Product Technical Data Sheet: 680 GSM 1000D 20×20 Leather-Style PVC-Coated Polyester Fabric.

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

3. GB/T 16578, Testing Methods for Tear Strength of Flexible Materials.

4. GB/T 3917, Textile Fabrics—Tear Properties—Determination of Tear Force.

5. FZ/T 01003, Textile Testing Procedures for Fabric Weight, Thickness, and Related Physical Properties.

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

7. REACH Chemical Compliance Principles for Articles and Materials Supplied in European Markets.

8. RoHS Restricted Substance Requirements for Electrical and Electronic Product Supply Chains.

9. EN 71-3, Safety of Toys—Migration of Certain Elements.

10. Technical guidance for PVC-coated textile storage, welding, cleaning, and fabricated-product design.

Product: 680GSM 1000D20X20 Leather Style PVC Coated Polyester Fabric