Is PVDF fabric replacing PVC?

PVC fabric for outdoor use: does it last for years or does it have to be replaced after just a few seasons?

When a manufacturer purchases a roll of PVC fabric, their primary concern is how the material will perform in production. The subsequent use of the finished product and its wear resistance are only important to companies committed to long-term partnerships.

Will the fabric be welded properly? Will it start to crack after a few seasons? Will it remain flexible in winter? Will there be leaks? What will happen to the color after a few years of sun exposure? And most importantly: won't the manufacturer have to explain to its customers why an awning, shelter, or membrane structure that was only recently installed has already lost its performance properties?

For the manufacturer of the finished product, this is far more important than a beautiful technical data sheet. After all, if PVC fabric ages prematurely, the problem doesn't end with replacing a single roll. Complaints, rework, additional production and installation costs, and sometimes damage to the product itself or the cargo arise.

Choosing PVC composite fabric based solely on price per square meter or density would be overly simplistic. It's more important to understand what the material must withstand over years of use.

The sun gradually changes the PVC material, even if it is not visible at first.

PVC fabric, which is constantly outdoors, is almost impossible to examine separately from ultraviolet light.

Initially, changes may be unnoticeable. The material will continue to appear normal, but exposure to sunlight gradually alters the properties of the polymer coating and other composite components. Over time, this may manifest as loss of elasticity, discoloration, surface deterioration, and, in more severe cases, cracking.

Simply stating in the characteristics of a fabric that it is protected from UV radiation does not answer the questions of “how long and how well” it is protected.

Any fabric "ages." But some fabrics age within half a season, while others take several years.

This is especially important for construction tarpaulins, cargo covers, agricultural shelters and architectural structures that are exposed to the open air for almost their entire service life.

MSD's product range includes PVC fabrics for outdoor use with a variety of surface finishes. For more demanding projects, the plant offers PVDF-coated materials.

What is PVDF?

MSD's official documentation describes PVDF as a protective topcoat that improves surface resistance to UV degradation, contamination, and environmental influences.

It's important to understand that UV resistance doesn't exist in isolation. The durability of a material is simultaneously influenced by the substrate, PVC formulation, stabilization, coating quality, material thickness, and actual climatic conditions.

That's why a good manufacturer shouldn't simply answer a customer's question with the phrase "anti-UV fabric." They should understand the intended use of this fabric.

Main characteristics of PVDF coated fabric from MSD:

- Resistance to UV radiation.

- Inert to most chemicals, acids, alkalis and industrial emissions.

- Improved fire resistance and self-extinguishing properties.

- Longer-lasting aesthetic appeal. Maintains a "new" appearance for longer and attracts less dust thanks to its anti-static properties.

- Maintains flexibility at lower temperatures.

- Increased tensile strength. For example, for a fabric with a density of 850 g/m², the tensile strength can reach 3500–4000 N/5 cm for both warp and weft.

Roll width up to 3.2 meters.

Why do summer heat and winter frosts test PVC fabric more than you might think?

For material used outdoors, the temperature rarely remains constant.

A cargo cover can be exposed to freezing temperatures in the morning, warmed by the sun during the day, soaked by rain in the evening, and cooled again at night. An architectural membrane experiences similar cycles over the years. An agricultural cover can experience even more severe seasonal changes.

It turns out that the material constantly goes through expansion, cooling, heating and mechanical stress.

It's important to understand that a fabric may perform well indoors or in a lab test at a certain temperature, but behave differently after prolonged outdoor use.

It is important for the manufacturer that the material maintains the necessary flexibility and strength in the temperature range in which the finished product will operate.

MSD specifies wide operating temperature ranges. For some materials, this range extends from -30 to 70°C, and for certain tarpaulin materials, it can reach -50°C.

You can use the factory's ready-made solutions or provide the technical requirements you need to manufacture a product tailored to your needs.

This seems obvious, but this is where the buyer often makes a mistake: he selects the material based on one familiar parameter, without taking into account the entire operating mode.

Why can't the waterproofness of an awning be assessed based on a sample alone?

When the fabric is new, its waterproofness is usually self-evident. But we're interested in its durability after months of use.

The surface of PVC fabric is constantly exposed to water, sunlight, temperature fluctuations, and mechanical stress. The fabric is bent, stretched, welded, secured, and sometimes subjected to friction and localized loads.

The waterproofness of the finished product depends not only on the initial properties of the rolled fabric. The stability of the coating, the quality of the composite, and how well the material performs after processing are also important.

A separate issue concerns welded joints .

Even if the fabric is excellent at retaining water, an improperly made or insufficiently strong seam can become a weak point in the finished product!

It is important for awning manufacturers to consider not only the waterproofness rating, but also the weldability, coating adhesion, and mechanical properties of the material.

For some materials, MSD specifically specifies excellent water resistance and heat-weldability. MSD PVC pool fabric features a welded joint, ensuring long-lasting performance, while its wide fabric width helps reduce the number of seams.

Durable PVC fabric does not necessarily mean a durable awning!

There's one unfortunate situation that technical textile manufacturers are all too familiar with: the fabric may appear durable, but the finished product still gets damaged.

The cause is often found where the load is most concentrated: near a seam, fastening, eyelet, edge, or bend.

When the awning is stretched, the load is distributed throughout the structure in a manner far different from that of a laboratory sample. Therefore, tensile strength alone is insufficient.

It is necessary to take into account the tear strength, the structure of the polyester base, the quality of the PVC coating, the adhesion between layers and the ability of the material to form a stable welded joint.

MSD has materials specifically designed for such applications, with a high-strength polyester base designed to withstand high tensile mechanical loads.

A cargo cover must withstand more than just the road

Several factors are important for a car cover, including its operating conditions. The fabric is constantly under tension and exposed to wind, sun, rain, snow, and road grime. In winter, the material must remain sufficiently flexible to resist cracking in sub-zero temperatures, and in summer, it must not lose its performance properties due to heat. Furthermore, the finished cover is regularly used: opened, closed, rolled up, and then re-stretched. A balance between strength and flexibility is especially important for such a product.

Focusing solely on maximum density can result in a heavy material that may not be optimal for a given production technology. In real-world applications, the type of polyester base, weave density, PVC compound properties, coating thickness, and welding characteristics are also important.

The MSD factory produces several types of awning materials, varying in density, structure, and intended use. The company's official website features PVC fabrics for tents and tarpaulins, which are waterproof, UV-resistant, frost-resistant, age-resistant, and resistant to mechanical stress. It's important to determine which one is right for your production.

In agriculture, the material has to live outdoors for a long time.

Agricultural shelters can be exposed to the open air for long periods of time.

The sun gradually affects the polymer coating, rain and moisture test its water resistance, wind creates constant stress, and temperature changes cause the material to repeatedly change its state.

At the same time, the fabric must remain elastic enough to withstand tension during installation and operation.

Over time, the material becomes hard and brittle, and the risk of damage increases precisely when the canvas is subjected to mechanical stress.

For agricultural structures, it's especially important to select fabric based on the climate and service life. MSD offers a variety of PVC covering materials designed for long-term use. PVC fabric with a PVDF coating is the most suitable for such conditions. The choice is yours: replace a cheaper alternative every season or save money by purchasing a suitable awning for several years.

Wind becomes a serious load when the canvas area is measured in hundreds of square meters.

A large awning or membrane structure is a completely different object compared to a small canvas.

Wind acts over a large area, and the resulting loads are transferred through the material to the seams, fasteners, and supporting structure. The larger the structure, the more important accurate calculations become.

Therefore, high strength of PVC fabric is a necessary, but not the only condition.

For architectural membranes, MSD offers materials with a high-strength polyester base and a special coating. For certain architectural fabrics, the company specifies a 1500D–2500D base, high tensile strength, and application in stadiums, large canopies, facades, and other structures designed for long-term use.

But it's important to distinguish between the properties of the material and the safety of the structure. Even the most durable fabric is no substitute for engineering calculations, proper fastening, and compliance with wind and snow load requirements.

Sometimes the material is still strong, but the customer already considers it old.

There are projects where appearance is no less important than mechanical properties: a stadium roof, a hotel canopy, or the façade of a commercial building.

If the surface of such an awning becomes heavily soiled, discolored, or begins to look worn, the technical performance of the material is no longer the only criterion.

Here a completely different need arises: the material must retain its appearance and at the same time require as little maintenance as possible.

It is for such tasks that PVDF coatings are of interest.

PVDF coating: why is it needed for PVC fabric?

We discovered that PVDF fabric is made using a high-strength polyester fabric with a PVC coating and a protective layer of polyvinylidene fluoride. Enhanced UV protection isn't the fabric's only unique property.

The PVDF layer makes the fabric smooth and chemically resistant. This reduces the ability of dirt to adhere to the surface, and rain helps easily wash away accumulated dust and some atmospheric pollutants.

PVDF fabric is not completely maintenance-free. If the structure is located in a very dry and dusty climate, periodic cleaning may still be necessary. However, the surface is significantly less prone to stain retention, making maintenance of a large structure easier.

For a large architectural structure, this is already a very practical advantage.

When PVDF Really Justifies the Higher Cost

PVDF coating is more expensive than standard finishes. Therefore, using it on every awning just for the sake of the most expensive material doesn't make economic sense.

If we are faced with a temporary shelter project with a short service life, standard PVC fabric can completely cover the task.

But if we are talking about a permanent canopy, a hotel facility, a stadium, a shopping center, or another structure where replacing the covering is associated with significant costs, the relevance of such fabric increases.

In this case, it is necessary to compare not the cost of one square meter, but the cost of operating the structure over its entire service life.

PVDF is an ideal option for projects where the initial cost of the material is secondary to long-term appearance retention and reduced maintenance costs. The company specifies a design lifespan of 15 years for its PVDF fabric for outdoor use.


When requesting information from our factory managers, please refer to the following table to select the fabric characteristics you need:

Why is the heaviest PVC fabric not always the most durable?

Technical textile buyers sometimes have a clear logic: if 900 g/m² is good, then 1200 g/m² must be even better. But technical fabrics don't work that way.

Weight affects a material's characteristics, but it doesn't fully describe it. Two fabrics of the same weight can have completely different warps, weaves, PVC formulations, and surface treatments.

Therefore, MSD offers architectural materials with various combinations of density, backing, and surface finish. The company's website lists options ranging from 900 g/m² with a 1000D backing to heavier materials for permanent membrane structures.

What should you check when choosing PVC fabric?

A good technical data sheet should allow the manufacturer to understand how the material will behave during the production process and in the finished product.

You need to look at a combination of characteristics: tensile and tear strength, density, base structure, coating thickness, water resistance, temperature range, UV resistance, layer adhesion, and the ability to weld well.

If the material is intended for a public facility, fire resistance requirements are added. If it will be exposed to constant sunlight, UV stability is especially important. For large membranes, mechanical strength, dimensional stability, and load-bearing capacity are paramount.

This is why it is impossible to compile a universal ranking of PVC fabrics from “best” to “worst”.

A good fabric is one whose characteristics correspond to a specific task.

Why the consistency of each batch is sometimes more important than an impressive sample

For the finished product manufacturer, there is another problem that is rarely discussed in advertising materials.

Let's say the first batch of fabric performs perfectly in production. It welds easily, has the required stiffness, is color stable, and meets the stated mechanical properties. But a few months later, the next batch behaves differently.

This is an extremely unpleasant situation for mass production. Equipment settings must be adjusted, waste increases, and the quality of the finished product changes.

Therefore, a serious customer must evaluate not only the characteristics of the sample, but also the manufacturer's quality control system.

MSD has its own laboratories and testing departments for this purpose. Each batch undergoes quality control, and the material is shipped to the customer after it has been confirmed to meet the stated specifications. This approach is especially important for B2B production, where we're not talking about a single roll, but regular deliveries of material for serial production.

Official MSD materials also indicate the presence of an ISO 9001:2015 quality management system and multi-stage production controls. For PVDF fabric, quality control of the topcoat application, its uniformity, and surface characteristics are separately described.

For the client, this means a very simple thing: they are not buying a beautiful sample from a catalogue, but a material whose parameters must be reproduced from batch to batch.

Why does a manufacturer sometimes need a technical partner rather than a supplier?

When a company purchases PVC fabric for mass production, the relationship with the supplier rarely ends with an invoice.

It may be necessary to change the density, select a different base, change the color, select a surface treatment, adapt the material to a specific welding technology, or obtain the desired combination of performance properties.

This is where the manufacturer's own research base becomes important.

MSD develops its own R&D department and produces materials for various industries: from tarpaulins and transport coverings to architectural membranes, DWF materials, and specialized PVC composites. The company's official website boasts over 20 years of experience, in-house R&D expertise, and production in Haining.

For the customer, this means the opportunity to discuss not only the finished product, but also the technical task.

The cheapest fabric is not always the cheapest.

The price per square meter is immediately visible. The claim price appears much later.

If the material deteriorates prematurely, the manufacturer must fabricate a replacement. If a fabric issue causes damage to cargo, the cost increases even further. If a large membrane structure must be dismantled and reinstalled, the initial savings in material can be quickly lost.

Therefore, in industrial procurement it is useful to look at TCO, the total cost of ownership.

Sometimes standard PVC fabric truly is the most sensible choice. Sometimes, a more expensive material with increased UV, stain, and weather resistance proves more cost-effective in the long run.

The same applies to PVDF.

There's no point in overpaying for it where the material is expected to last only one season. However, if the structure is designed for long-term use and its maintenance is expensive, the increased cost of PVDF coating may be a well-justified investment.

Buying PVDF fabric – asking the manufacturer the right questions.

Before ordering a large quantity, it's worth asking not only for a commercial offer, but also for technical information that will allow you to match the material to your needs.

Ask about the strength ratings for a particular brand, how UV resistance is tested, the temperature range for use, the water and tear resistance characteristics, how stable the material is when welded, and what testing is done on a finished batch.

If the material is for an architectural structure, be sure to specify the type of surface coating and fire resistance requirements. If the material will be used in mass production, be sure to find out how batch-to-batch consistency is monitored.

And, of course, it makes sense to ask the most important question: can the manufacturer select the material specifically for your design, climate, and production technology?

PVC fabric is not chosen based on a pretty number in the catalogue.

A good material doesn't have one characteristic that automatically makes it better.

High density doesn't negate the requirements for the base. High strength doesn't solve the problem of poor seams. The waterproofness of a new fabric is no guarantee if the finished product is improperly manufactured. UV stability must be consistent with the actual climate, and expensive PVDF is not always necessary for applications where the structure is designed for a short service life.

Therefore, an informed choice begins with an analysis of operating conditions.

How long should the material last? Where will it be located? What temperatures will it withstand? Will it be exposed to constant sunlight? What kind of stress does the material bear? How will it be welded? How critical is appearance? How much will maintenance and possible replacement cost?

Only after answering these questions does it make sense to choose a specific PVC composite fabric.

This approach allows MSD to operate not only as a supplier of rolled material but also as a manufacturer of technical solutions. In-house laboratories and testing facilities allow us to verify product characteristics, and pre-shipment inspection of each batch reduces the risk that the material received by the customer will deviate from the agreed-upon specification.

For standard awning applications, standard PVC fabric, with its desired combination of strength, flexibility, water resistance, and UV resistance, may be optimal. For more demanding architectural projects, MSD offers specialized membrane materials and PVDF coatings designed for long-term outdoor use and reduced maintenance requirements.

Ultimately, the question when choosing a material shouldn't be, "How much does one square meter cost?", but rather, more practically, "What problem will this material prevent me from having in two, five, or ten years?" This is the question that guides the professional selection of PVC fabric.