0.52 mm 650 GSM 1000D × 23 × 23 Camouflage Airtight PVC Inflatable Boat Fabric

Introduction

Inflatable boats are valued for their portability, versatility, and ease of deployment. They can be used for recreational boating, fishing, water rescue, transportation, tender boats, water sports, and temporary marine applications. However, the performance of an inflatable boat depends heavily on the quality of the fabric used to manufacture its air chambers, floor sections, reinforcement panels, and repair components.

The 0.52 mm 650 GSM 1000D × 23 × 23 Camouflage Airtight PVC Inflatable Boat Fabric is developed for applications that require a practical balance of strength, weight, flexibility, airtightness, and cost efficiency. It combines a high-strength polyester base fabric with a PVC coating system to create a flexible and durable material suitable for inflatable boat production and maintenance.

With a finished weight of approximately 650 grams per square meter and a thickness of approximately 0.52 millimeters, this fabric is positioned as an economical option among PVC inflatable boat fabrics. It can be used for complete boat construction in applications where moderate weight and reliable physical performance are important. It may also be selected as a replacement or repair material for specific sections of inflatable boats originally made with heavier 850 GSM or 1100 GSM fabrics.

The camouflage appearance gives the material a distinctive visual identity, while the PVC construction provides water resistance, airtight performance, chemical resistance, and suitability for heat-welding or other compatible fabrication methods. The result is a functional material designed to support dependable performance in outdoor and aquatic environments.

Produced by Zhejiang MSD Group Share Co., Ltd., the fabric benefits from the company’s experience in flexible materials, PVC products, warp-knitted textiles, and functional industrial fabrics. Since its establishment in 2002, the company has developed a broad product system covering advertising materials, PVC films, waterproof fabrics, tarpaulins, mesh fabrics, ceiling films, drop stitch fabrics, and other flexible materials.

0.52 mm 650GSM 1000D23X23 Camouflage Airtight PVC Inflatable Boat Fabric

Product Overview

The 0.52 mm 650 GSM 1000D × 23 × 23 Camouflage Airtight PVC Inflatable Boat Fabric is a PVC-coated textile reinforced with a polyester base fabric. The polyester layer supplies tensile and tear strength, while the PVC coating helps provide waterproofing, airtightness, flexibility, surface protection, and resistance to outdoor exposure.

The term “1000D” refers to the denier specification of the base yarn. Denier is a measurement associated with the linear density of textile fibers or yarns. A 1000D polyester base is commonly selected when a fabric must provide meaningful resistance to pulling, tearing, abrasion, and handling during manufacturing and use.

The 23 × 23 specification refers to the approximate base fabric density in threads per inch in the machine direction and cross direction. This construction provides a balanced textile reinforcement structure. A balanced base fabric is beneficial for inflatable boat applications because the material must withstand loads from different directions rather than only stress along one axis.

The finished fabric has a nominal thickness of 0.52 millimeters and a nominal weight of 650 grams per square meter. These specifications make it lighter than many heavy-duty inflatable boat fabrics while retaining a useful level of mechanical performance. The lower weight can help reduce the total weight of a boat, making transportation, storage, launching, and handling more convenient.

The camouflage pattern is suitable for buyers who want an outdoor-oriented appearance. It can be used for recreational boats, fishing boats, hunting-related watercraft, tactical-style leisure products, and other inflatable products where a camouflage visual effect is preferred.

Main Product Specifications

Why the Material Structure Matters

An inflatable boat fabric must do more than simply resist water. It must hold air under pressure, maintain dimensional stability, withstand folding and unfolding, tolerate contact with equipment and passengers, and remain serviceable under changing weather conditions. These requirements are addressed through the combined structure of the polyester base fabric and PVC coating.

The polyester reinforcement is the primary structural element. It helps the fabric resist elongation and contributes to the stated tensile strength. When a boat is inflated, the air pressure creates tension throughout the fabric. When the boat is dragged, lifted, folded, or exposed to wave movement, additional stresses are introduced. A stable woven or textile reinforcement helps distribute these forces across the material.

The PVC coating surrounds and protects the base fabric. It creates a continuous polymer surface that helps prevent water from passing through the material. For inflatable products, the coating must also support airtight construction. When compatible welding and fabrication methods are used, adjacent PVC-coated panels can be joined to form air chambers and sealed structures.

The coating also protects the polyester base from direct exposure to moisture, dirt, ultraviolet radiation, and everyday abrasion. This does not eliminate the need for proper storage and maintenance, but it can improve the practical service life of the finished product when the fabric is correctly processed and used within its intended conditions.

Balance Between Weight and Strength

One of the most important advantages of this specification is its balance between material weight and mechanical performance. Heavier fabrics can provide additional thickness and reinforcement, but they may also increase the weight, packed volume, transport cost, and handling difficulty of the finished boat.

The 650 GSM construction offers an alternative for applications that do not require the maximum thickness available in the market. It can be particularly useful for smaller inflatable boats, auxiliary boats, lightweight recreational craft, temporary watercraft, and selected repair areas.

At the same time, the fabric provides reported tensile strengths of 3000 N/5 cm in the machine direction and 2800 N/5 cm in the cross direction. These values indicate a strong reinforcement system for a material in this weight class. The difference between the two directions is relatively limited, which suggests balanced performance across the fabric structure.

The material also provides reported tearing strengths of 260 N/5 cm in the machine direction and 240 N/5 cm in the cross direction. Tear strength is important because small cuts or punctures can become larger when a fabric is under tension. A fabric with useful tear resistance can help reduce the risk of damage propagation, although finished boat design, seam quality, pressure level, and operating conditions remain equally important.

Advantages Over Less Specialized Materials

Compared with ordinary PVC sheets without textile reinforcement, this fabric offers a stronger structural foundation. A plain polymer sheet may provide waterproofing, but it does not necessarily offer the same resistance to pulling, tearing, or repeated handling. The polyester base fabric gives the PVC material a textile skeleton that supports demanding fabrication and use.

Compared with low-grade coated fabrics, the 1000D base fabric and 23 × 23 density provide a more substantial reinforcement structure. This can support better dimensional stability and more dependable mechanical behavior. The stated tensile, tear, and peeling values also provide measurable performance benchmarks for buyers evaluating different materials.

Compared with very heavy inflatable boat fabrics, the 650 GSM construction offers a weight advantage. In applications where a 850 GSM or 1100 GSM specification is not essential, the lighter material can make the finished boat easier to carry and more economical to transport. It can also reduce the amount of material required for certain components and support more efficient production planning.

Compared with fabrics intended only for indoor or decorative use, this PVC inflatable boat fabric is designed around outdoor and aquatic performance. Its waterproof surface, broad stated temperature range, optional anti-mildew treatment, and resistance-focused construction make it more suitable for marine and outdoor products.

Compared with fabrics that offer only a plain appearance, the camouflage finish provides additional design flexibility. Manufacturers can create products with an outdoor, adventure, fishing, or tactical-inspired appearance without applying a separate decorative layer after production.

Practical Cost Efficiency

Cost efficiency does not simply mean choosing the lowest material price. It involves evaluating the relationship between purchase price, performance, processing efficiency, product weight, transportation, maintenance, and service life. The 650 GSM specification is described as the most economical type among the available PVC inflatable boat fabric options offered for this purpose.

For manufacturers, a lighter material can reduce the total material weight per finished boat. It may also lower packing and shipping requirements. For distributors and boat users, the lower overall product weight can improve portability and storage convenience.

The material can also be used selectively. A boat manufacturer may choose a heavier specification for high-wear areas while using the 650 GSM fabric for suitable body panels or replacement sections. This approach can help balance durability and cost instead of requiring the entire product to be made from one heavy fabric grade.

Material selection should always be based on the boat’s design, air pressure, size, intended load, exposure, and safety requirements. The 650 GSM material is economical, but economical does not mean suitable for every operating condition. Proper engineering and application testing remain essential.

Performance Characteristics

Airtight and Waterproof Construction

Airtightness is fundamental to inflatable boat production. The PVC-coated surface is designed to support sealed construction when processed using appropriate methods and compatible equipment. A properly prepared and welded joint can help form air chambers that retain pressure during normal use.

Waterproof performance is equally important. The coated surface helps prevent water penetration through the body of the fabric. This supports buoyancy, protects internal components, and makes the finished boat easier to clean. Waterproofing is also useful during storage because the surface can be wiped and dried more efficiently than many absorbent textile materials.

Actual airtight performance depends on more than the roll material. Welding temperature, pressure, dwell time, seam design, surface preparation, equipment calibration, operator skill, and inspection procedures all affect the finished product. Manufacturers should validate their processing parameters before beginning large-scale production.

Tensile and Tear Resistance

The fabric’s reported tensile strength is 3000 N/5 cm in the machine direction and 2800 N/5 cm in the cross direction. These values reflect the contribution of the 1000D polyester reinforcement and the overall coated construction.

Tensile strength matters when the fabric is stretched by internal air pressure, lifting forces, passenger movement, or contact with external objects. It also supports stability during manufacturing, when panels are cut, aligned, welded, folded, and assembled.

Tear strength is especially relevant around fittings, handles, valves, towing points, seat attachments, and other areas where concentrated forces may occur. Although the fabric offers useful tear resistance, these high-stress locations should still be designed with appropriate patches, reinforcement layers, and load distribution.

Peeling Strength

The reported peeling strength is 120 N/5 cm. This measurement relates to the bond between layers of the finished material and provides an indication of coating adhesion. Good interlayer adhesion helps the fabric maintain its integrity during folding, handling, fabrication, and service.

Peeling strength can be influenced by the quality of the base fabric, coating formulation, temperature control, pressure, surface cleanliness, and production consistency. A stable manufacturing process is therefore important for ensuring that the PVC layer remains properly integrated with the polyester reinforcement.

Temperature Performance

The stated temperature range is -50°C to +70°C. This broad range gives designers and users useful guidance for cold and warm environmental conditions. Inflatable boats may be transported, stored, or operated in climates that differ significantly from the manufacturing location.

Temperature performance does not mean that every application will behave identically across the entire range. Air pressure, folding frequency, ultraviolet exposure, contact with chemicals, and mechanical stress can affect service performance. Nevertheless, the specified range demonstrates that the material is intended for demanding outdoor conditions rather than controlled indoor environments alone.

Color Fastness and Appearance

The reported color fastness is a minimum of Grade 6. Color stability is valuable for outdoor products because the fabric may be exposed to sunlight, water, dirt, and repeated cleaning. A stable camouflage pattern helps the finished boat retain its intended appearance over time.

Appearance is not only a decorative concern. Consistent color and surface quality can contribute to the perceived quality of a finished boat. Manufacturers, distributors, and brand owners can use the camouflage finish to create a recognizable product line for outdoor recreation and water sports markets.

Suitable Applications

The primary application is the manufacture of inflatable boats. The fabric can be used for boat bodies, air chambers, side tubes, floor-related sections, seat structures, reinforcement panels, and other compatible components, depending on the engineering design.

It can also be used in replacement and repair work. When a section of an inflatable boat is damaged or worn, a compatible PVC-coated material can be used for patches or replacement panels. The specific repair method must be selected according to the original boat construction, coating compatibility, damage type, and repair area.

Fishing boats are one potential application. Anglers often need portable boats that can be transported to lakes, rivers, and coastal areas. The fabric’s balance of strength and weight can support boats designed for convenient handling without sacrificing the basic mechanical properties needed for normal use.

Recreational watercraft are another suitable field. The camouflage pattern can appeal to users who prefer an outdoor appearance for leisure boating, exploration, camping trips, and water-based recreation.

The fabric may also be considered for tender boats, auxiliary boats, temporary flotation products, and specialized inflatable equipment. The suitability of each application depends on product design and compliance requirements. Manufacturers should conduct prototype testing under realistic loading and environmental conditions.

Beyond complete boats, the fabric can be incorporated into inflatable cushions, floating platforms, protective covers, water recreation accessories, and other products requiring a flexible waterproof textile. These applications should be evaluated carefully because different products may require different air retention, abrasion, chemical, or flame performance levels.

Manufacturing Strengths and Production Capabilities

The performance of a coated technical fabric begins with the quality and consistency of its base textile. Zhejiang MSD Group Share Co., Ltd. is headquartered in the Warp Knitting Industrial Park in Haining City, Zhejiang Province, an area associated with textile and flexible material manufacturing.

The company was established in 2002 and has developed its operations around independent innovation, technical development, and product improvement. Its product portfolio includes advertising flex banners, PVC calendered films, PVC ceiling films, drop stitch fabrics, sunshade fabrics, PVC waterproof fabrics, PVC mesh fabrics, PVC tarpaulins, and other flexible materials.

This broad product structure provides an important manufacturing advantage. Experience across multiple PVC and textile product categories can support a better understanding of polymer behavior, base fabric construction, surface appearance, coating performance, and application-specific requirements.

The company’s manufacturing approach involves the integration of textile reinforcement and PVC material technology. The polyester base fabric must be prepared with controlled yarn specifications and density. The PVC layer must then be combined with the textile reinforcement to produce a stable finished structure with consistent weight, thickness, adhesion, and surface quality.

Base Fabric Control

Base fabric control is essential because variations in yarn size, density, tension, and structure can affect the finished fabric. The specified 1000D yarn and 23 × 23 density establish a defined reinforcement platform for the product.

A controlled textile foundation helps improve the consistency of tensile strength, tear strength, thickness, and dimensional behavior. It also supports more predictable cutting and welding during downstream boat production.

PVC Coating and Lamination Expertise

PVC coating and lamination require coordination between material formulation, temperature, pressure, line speed, surface condition, and cooling. The objective is to create a durable relationship between the PVC layer and the polyester base fabric while achieving the intended thickness and appearance.

The company’s product range includes PVC coated and laminated materials for multiple industries. This experience supports the development of fabrics that must combine flexibility, waterproofing, surface appearance, and mechanical performance.

For inflatable boat fabric, coating uniformity is particularly important. Areas that are too thin may reduce protection or affect airtightness, while areas that are too thick may increase weight and alter flexibility. Maintaining the target of approximately 0.52 millimeters helps create a more consistent material for fabrication.

Surface and Pattern Integration

The camouflage appearance must be integrated with the PVC fabric without compromising surface function. A consistent pattern contributes to visual quality, while the coating must still support cleaning, handling, welding, and outdoor use.

Color fastness testing and visual inspection can help identify variations in pattern, shade, coating marks, wrinkles, or surface defects. These controls are valuable for manufacturers who require predictable appearance across multiple production lots.

Quality Assurance and Technical Data

Technical data provides a basis for evaluating material suitability. The supplied product data includes test methods for base fabric density, finished weight, thickness, tensile strength, tearing strength, and peeling strength. Referencing recognized test methods helps buyers compare materials more systematically.

Quality assurance may include inspection of incoming raw materials, monitoring of production parameters, testing of finished fabric, and documentation of batch results. The specific inspection plan should reflect the customer’s requirements and the intended application.

For inflatable boat manufacturers, additional internal testing may include weld trials, air retention tests, seam strength evaluation, folding tests, abrasion checks, and exposure testing. These evaluations help confirm that the fabric performs correctly after conversion into a finished product rather than only as an unprocessed roll.

Optional Functional Treatments and Compliance Support

The product information identifies several optional properties that can be requested according to application requirements. These include anti-mildew treatment, REACH-related requirements, and a 16P-free formulation.

Anti-mildew treatment can be useful in humid environments or for products that may be stored while residual moisture is present. Boats are often exposed to water and high humidity, so correct drying and storage remain important even when anti-mildew additives are selected.

REACH-related requirements may be important for products entering regulated markets. Buyers should specify the exact compliance documentation required for their destination, product category, and supply chain. Compliance should be confirmed through current documentation and, where necessary, third-party testing.

A 16P-free formulation may be selected when customers or markets restrict certain phthalates or require specific chemical controls. The term should be verified against the buyer’s regulatory and procurement requirements because different markets may apply different definitions and testing expectations.

The product description also notes that PVC materials can be formulated with additives for anti-ultraviolet, anti-mildew, anti-frost, antistatic, antibacterial, and enhanced flame-retardant performance. These properties should be treated as optional or formulation-dependent rather than automatically included in every standard production batch.

RoHS, REACH, and EN71-3 requirements may also be available depending on the formulation and order specification. Customers should confirm the relevant test reports, certificates, and applicable product scope before placing an order.

Processing Guidance for Boat Manufacturers

Before production, manufacturers should inspect the fabric for roll condition, visible defects, pattern consistency, thickness, and weight. The material should be stored in a clean, dry location away from direct sunlight, sharp objects, excessive heat, and chemical contamination.

When cutting panels, operators should consider the direction of the base fabric and the expected load path. High-stress components may require additional reinforcement. Handles, valves, towing attachments, seats, and lifting points should not rely on a single unreinforced layer when concentrated loads are expected.

Welding parameters should be established through trials. The correct temperature, pressure, speed, and overlap depend on the equipment, fabric formulation, environmental conditions, and seam design. A strong parent material cannot compensate for a poorly formed seam.

After welding, the finished air chambers should be inspected for continuous seams, wrinkles, incomplete fusion, pinholes, and edge defects. Pressure retention testing should be conducted according to the boat manufacturer’s quality plan.

Adhesive repair may be appropriate in some situations, but compatibility must be confirmed. The adhesive, cleaning method, patch material, and curing conditions should be selected according to the PVC formulation and repair requirements.

Cleaning should generally be performed with mild soap, clean water, and soft tools. Strong solvents, abrasive materials, uncontrolled heat, and aggressive chemicals may damage the surface or affect the coating and seams.

Maintenance and Service Considerations

Regular inspection can help identify small problems before they become serious. Users should check the fabric, seams, valves, handles, towing points, and repair patches before each major outing or according to the maintenance schedule.

The boat should be rinsed after exposure to salt water, mud, sand, or chemical contaminants. Sand and grit can create abrasion when trapped between folded layers. Allowing the boat to dry before storage can reduce moisture-related problems.

When folding the boat, sharp creases should be minimized where practical. Repeated folding in exactly the same location may create concentrated stress over time. The product should be stored at a moderate temperature and protected from unnecessary ultraviolet exposure.

Although the fabric has a stated temperature range of -50°C to +70°C, users should avoid storing an inflated boat in extreme heat where internal air pressure may rise significantly. Pressure changes can place additional stress on seams and fittings.

Repairs should be completed with compatible materials and suitable procedures. Temporary repairs may help prevent further damage during an emergency, but permanent repairs should be inspected and tested before the boat returns to regular service.

How It Compares with 850 GSM and 1100 GSM Options

Heavier 850 GSM and 1100 GSM fabrics may be selected for large boats, high-load products, intense commercial use, or applications where maximum thickness and reinforcement are priorities. However, they can increase the overall mass and packed size of the finished product.

The 650 GSM fabric is intended to provide a more economical and lighter alternative. It can be appropriate when the design does not require the additional weight of a heavier fabric. It may also be used to replace selected sections of a heavier boat when the repair area and load requirements permit.

The best choice depends on the complete product specification. Boat size, air pressure, passenger capacity, impact exposure, operating environment, expected service life, and regulatory requirements should all be considered.

A responsible material selection process does not assume that one fabric grade is superior in every situation. Instead, it matches the fabric to the application. The advantage of the 650 GSM product is its practical balance of performance and economy for suitable inflatable boat designs.

Benefits for International Buyers

International buyers often need more than a fabric sample. They need stable specifications, technical communication, customization options, documentation, and a supplier capable of supporting long-term cooperation.

The product’s clearly defined weight, thickness, yarn specification, density, tensile strength, tear strength, peeling strength, temperature range, and color fastness provide a useful starting point for purchasing evaluation.

Optional properties such as anti-mildew treatment, REACH support, and 16P-free formulation can help buyers align the material with different market requirements. Buyers should provide these requirements early so that the formulation and documentation can be confirmed before production.

The company’s broad product portfolio can also benefit customers who source multiple flexible materials. A supplier with experience in PVC films, waterproof fabrics, tarpaulins, mesh fabrics, drop stitch products, and related materials may be able to support wider product development programs.

Technical cooperation is particularly useful when customers need a material adapted for a specific boat design. Adjustments may involve color, surface finish, functional additives, weight, thickness, compliance requirements, packaging, or production quantity. The exact availability of each option should be confirmed with the manufacturer.

Purchasing Checklist

Before ordering, buyers should confirm whether the standard camouflage pattern matches their intended product appearance. They should also confirm the available roll width, minimum order quantity, packaging method, delivery schedule, and sample approval process.

Buyers should clarify whether the order requires anti-mildew performance, REACH documentation, a 16P-free formulation, flame-retardant treatment, UV resistance, antibacterial treatment, or other special properties.

It is also important to confirm whether the intended fabrication process is heat welding, high-frequency welding, adhesive bonding, sewing with sealing, or another method. Processing compatibility should be checked through trials before full-scale production.

For regulated markets, buyers should request current technical data and compliance documents relevant to the exact product specification. A certificate for one formulation or product category should not automatically be assumed to cover another.

Finally, buyers should evaluate the fabric together with their boat design. The fabric is one part of a complete system that includes valves, seams, fittings, reinforcement patches, floor materials, air pressure, and manufacturing quality.

Frequently Asked Questions

What is the main use of this fabric?

The main use is manufacturing inflatable boats and related inflatable watercraft. It can also be used for selected repair panels, reinforcement sections, and other flexible waterproof products that require a polyester-reinforced PVC structure.

What does 650 GSM mean?

650 GSM means the finished fabric weighs approximately 650 grams per square meter. The stated tolerance is 650 ± 3 percent. This weight provides a balance between manageable handling and useful mechanical performance.

What does 1000D refer to?

1000D refers to the denier specification of the polyester base yarn. In this product, the technical data identifies the base fabric yarn as 1000D × 1000D, with a base density of 23 × 23 threads per inch.

Is the material suitable for boat repairs?

It can be suitable for compatible repair work, including replacement panels and patches. However, the original boat material, damage type, repair location, adhesive or welding method, and expected load must be evaluated before use.

Is the fabric airtight?

The PVC-coated construction is designed for airtight inflatable products when correctly fabricated. Final airtightness depends on the welding or bonding process, seam design, equipment, and quality control of the finished boat.

Is the camouflage pattern permanent?

The product has a reported minimum color fastness of Grade 6, indicating good color stability according to the supplied specification. Actual appearance over time will also depend on sunlight, cleaning, abrasion, storage, and environmental exposure.

Can this material replace 850 GSM or 1100 GSM fabric?

It can replace heavier fabric in selected applications or sections when the design and loading conditions permit. It should not be assumed to be a universal replacement. Engineers should evaluate boat size, pressure, impact exposure, and safety requirements first.

What optional treatments are available?

Optional properties include anti-mildew treatment, REACH-related requirements, and a 16P-free formulation. Other functional modifications may also be possible depending on the formulation and order specification.

What temperature range is specified?

The stated temperature range is -50°C to +70°C. Users should still consider air pressure, folding, ultraviolet exposure, chemicals, and mechanical loading when evaluating performance in extreme environments.

How should the material be stored?

It should be stored in a clean, dry area away from direct sunlight, sharp objects, excessive heat, and chemicals. The fabric should be protected from moisture and contamination, and finished inflatable products should be thoroughly dried before long-term storage.

What makes this product economical?

The 650 GSM weight is lower than heavier inflatable boat fabric options while retaining a strong 1000D polyester reinforcement and useful tensile and tear properties. This can reduce product weight, handling requirements, and material cost in suitable designs.

Why is supplier manufacturing experience important?

Consistent inflatable boat fabric requires control of textile reinforcement, PVC formulation, coating or lamination, thickness, surface appearance, adhesion, and testing. Experience across PVC and flexible textile products can support more reliable development and production.

Conclusion

The 0.52 mm 650 GSM 1000D × 23 × 23 Camouflage Airtight PVC Inflatable Boat Fabric is designed for manufacturers and users seeking a balanced solution for inflatable boat construction. Its principal advantages include a practical 650 GSM weight, 0.52 millimeter thickness, 1000D polyester reinforcement, balanced 23 × 23 textile density, useful tensile and tear strength, waterproof PVC coating, camouflage appearance, and a broad stated operating temperature range.

Its strongest competitive advantage is the combination of performance and economy. It provides a lighter alternative to 850 GSM and 1100 GSM materials while maintaining the physical properties required for many recreational, fishing, auxiliary, and general inflatable boat applications.

The product also benefits from the manufacturing background of Zhejiang MSD Group Share Co., Ltd., a company established in 2002 with a product system covering PVC films, waterproof fabrics, tarpaulins, mesh fabrics, drop stitch fabrics, and other flexible materials. Its emphasis on independent innovation, technical development, and product diversification supports the production of functional fabrics for different application environments.

For the best results, buyers should evaluate the fabric as part of a complete inflatable boat system. Proper welding, reinforcement, inspection, storage, maintenance, and application-specific testing are essential. When these factors are managed correctly, the material can provide a reliable and cost-conscious foundation for inflatable watercraft and related outdoor products.

References

1. Product Technical Data Sheet: 0.52 mm 650 GSM 1000D × 23 × 23 Camouflage Airtight PVC Inflatable Boat Fabric.

2. FZ/T01003, cited test method for base fabric density, finished fabric weight, and thickness.

3. GB/T1040, cited test method for tensile strength.

4. GB/T16578, cited test method for tearing strength.

5. GB/T3917, cited test method for peeling strength.

6. General technical principles for PVC-coated polyester fabrics used in outdoor and inflatable applications.

7. General material selection and maintenance practices for PVC inflatable boats and flexible waterproof textiles.

Product: 0.52 mm 650GSM 1000D23X23 Camouflage Airtight PVC Inflatable Boat Fabric

Wang Yu | After-Sales Service Supervisor

4 years of after-sales experience in flexible materials; handled product complaints for PVC tarpaulins and flex banners, established a client feedback system that reduced issue resolution time by 25%, and trained 3 new after-sales staff.