PVC Membrane Structure Material Manufacturers

Basic Info.: 

Gram Weight



100% Polyester yarn with PVC Coating


PVC Coated Polyester Fabric








Glossy+PVDF treatment




30*30 32*32


1000d*1000d 1300d*1300d 1500d*1500d 2000d*2000d

Flame Retardant

M1; M2; B1

Special Requirement

Anti-UV, Anti-Mildew, Anti-Static, anti-scratch, Environmental (Odorless)


A4 Size Sample Free

Lead Time

20-35 Working Days

PVC membrane material is a composite material formed by coating PVC resin on polyester fiber base cloth and spraying PVDF surface coating.   The fabric substrate has tensile strength, tear strength, heat resistance, durability, and fire resistance.   The coating material has weather resistance, antifouling properties, water resistance, and light transmittance.

The surface of the PVC membrane material is extremely important.   The quality of the surface treatment not only affects the self-cleaning performance of the membrane material but also affects the service life of the membrane material, anti-mildew and anti-ultraviolet properties.   There are currently two common surface treatment methods for PVDF membranes on the market: weldable PVDF and non-weldable PVDF.   Weldable PVDF membrane material has a low surface PVDF coating concentration, and the membrane material has almost no self-cleaning property, but the price is very cheap;   non-welderable PVDF membrane material has a high surface PVDF coating concentration, which cannot be directly welded, and the processing is complicated.   However, the surface of the membrane material has obvious self-cleaning properties, but the price is relatively more expensive than the weldable membrane material.


Products are widely used in membrane structure, landscape membrane, parking shed, membrane structure carport, park membrane, tensioning membrane, swimming pool membrane structure, membrane structure sketch, membrane structure bleacher, sewage plant membrane structure cover membrane structure roof and other membrane structure engineering.

Product Features:

1. Hot-melt Coating & Knife coating technology

2. Outstanding tearing strength for welding

3. Flame retardant character (optional), M1; M2; B1

4. Temperature resistance: -30-70℃

5. Cold Crack Resistance, Anti-mildew and anti-bacterial, Anti ultraviolet treatment(UV), Anti-Static treatment, Waterproof

6. Acrylic and PVDF treatment



Zhejiang Xinria Textile Material Co., Ltd.

Company Profile

Zhejiang Xinria Textile Material Co., Ltd. is professional China PVC Architectural Membrane manufacturers and Wholesale PVC Membrane Structure Material factory. It is a high-tech enterprise specializing in the production of PVC coated fabrics, PVC mesh fabrics, TPU mesh fabrics, mesh fabrics, and architectural membranes. The company is located in Haining Qianjiang Industrial Park. Since its establishment, it has been committed to the research, development, production and sales of high-quality architectural membranes and coated fabrics.

Our company's PVC Membrane Structure Material have been widely used in large public facilities: park landscape architecture, parking sheds, inflatable membrane structures, large stadiums, airport facilities and other architectural fields. Advanced technology in the field of European membrane materials, the products sell well in domestic and foreign markets, and have won unanimous praise from customers.

The company has always been adhering to the business philosophy of excellence and continuous innovation, relying on advanced equipment and technology, and forward-looking scientific research spirit to PVC Membrane Structure Material high-quality products. Cooperate with new and old customers to win-win and create a better future.


Understand the latest market dynamics and industry trends

Industry knowledge

The Application of PVC Architectural Membrane
PVC architectural membranes, also known as PVC fabric or PVC-coated fabric, have a wide range of applications in the field of architecture and construction. Here are some common applications of PVC architectural membranes:
    Tensile Structures: PVC architectural membranes are widely used in the construction of tensile structures, such as canopies, domes, roofs, and umbrellas. The flexible and lightweight nature of PVC membranes allows for the creation of unique and aesthetically pleasing designs. These structures provide shade, weather protection, and architectural appeal to various outdoor spaces, including stadiums, airports, shopping centers, and outdoor event venues.
    Fabric Facades: PVC architectural membranes can be utilized as facade materials for buildings. The membranes are stretched over a structural framework to create visually striking facades. These fabric facades offer design flexibility, energy efficiency, and weather resistance. They can be used to create dynamic patterns, enhance the building's appearance, and provide solar shading.
    Skylights and Canopies: PVC architectural membranes are commonly used for skylights and canopies to allow natural light to penetrate indoor spaces while providing weather protection. The translucent or transparent properties of the membranes allow for the diffusion of light, creating a pleasant and well-lit environment.
    Interior Design Elements: PVC architectural membranes find applications in interior design, such as wall coverings, partitions, and ceilings. The membranes can be tensioned and installed to create visually appealing and functional interior spaces. They can be printed with custom designs, patterns, or images to add a unique touch to the interior decor.
    Event Structures: PVC architectural membranes are widely used in temporary event structures, such as exhibition halls, trade show booths, and event tents. These structures provide flexible and cost-effective solutions for temporary or portable spaces. The membranes can be quickly installed and dismantled, offering versatility and adaptability for various event requirements.
    Membrane Roofs: PVC architectural membranes are employed in the construction of lightweight and durable roof systems. These roofs provide weather protection, insulation, and energy efficiency. The flexibility and strength of the membranes allow for the creation of large-span roof structures without the need for extensive supporting elements.
    Transportation Infrastructure: PVC architectural membranes are used in transportation infrastructure projects, including airport terminals, train stations, and bus shelters. The membranes provide shelter, signage, and branding opportunities while enhancing the overall architectural design.
    Environmental Structures: PVC architectural membranes can be used for the construction of environmental structures, such as biogas storage systems, water containment structures, and waste management covers. The membranes provide a durable and impermeable barrier to protect and manage environmental resources effectively.