How To Attach PVC To Wood In The Best Ways

Polyvinyl chloride is a durable and cost-effective material used in a wide variety of items in the building and construction, healthcare, electronics, automotive, and other industries, including pipes and baffles, blood bags, and insulators for lines, wires, and cables, windshield system parts, etc. So many people have been using PVC in their daily life, and perhaps you will want to learn how to attach PVC to wood.

Please read this article carefully, as we are happy to provide some additional tips and tricks to help you attach PVC to wood.

In this article, we will discuss the following key points to understand better PVC and effective ways to attach it to wooden surfaces:

  • About the PVC
  • How to attach PVC to wood step by step
  • Tips for using PVC might not know
  • Questions and answers about using PVC 
  • Conclusion

About The PVC

General introduction

Polyvinyl Chloride (PVC or Vinyl) is a cost-effective thermoplastic polymer commonly used in the construction industry to manufacture door and window structures, piping (drinking water and wastewater), electrical insulation. Wires and cables, and medical devices, among others. After polyethylene and polypropylene, it is the third most popular thermoplastic material in the world by volume.

It is a brittle white solid that comes in the form of a powder or granule. PVC is replacing conventional building materials such as wood, metal, concrete, rubber, ceramics, and others in many different applications due to its versatile properties such as lightness, durability, low cost, and simple handling.

Flexible and rigid polyvinyl chloride are the two most common types of PVC. CPVC, PVC-O, and PVC-M are examples of other styles.

  • Flexible or malleable PVC (Density: 1.1-1.35 g/cm3): Flexible PVC is made by mixing PVC compatible plasticizers to reduce crystallinity. These plasticizers function as lubricants, making the plastic more transparent and pliable.
  • Byble or rigid (Density: 1.3-1.45 g/cm3): This form of PVC is also known as PVC-P. It is a challenging and cost-effective plastic with high resistance to damage, water, temperature, chemicals, and corrosive environments. UPVC, PVC-U, or uPVC are other terms for this type of PVC.
  • Chlorinated Polyvinyl Chloride, also known as perchlorovinyl, is a chlorinated PVC resin. Durability, chemical stability, and fire resistance are all enhanced by the high chlorine content. CPVC is more resistant to high temperatures.
  • Molecular-oriented PVC, or PVC-O, is made by reorganizing the amorphous PVC-U structure into a layered form. The physical properties of biaxially oriented PVC are improved (stiffness, fatigue resistance, lightness, etc.).
  • Modified PVC, also known as PVC-M, is a PVC alloy with modifiers added to it, resulting in improved strength and impact properties.


PVC is a versatile and cost-effective material. Here are some of its most important features:

Electrical properties

Due to its high dielectric capacity, PVC is an excellent insulation material.

High Durability

Weather, chemical rotting, rotting, impact, and abrasion are all resistances to PVC. Therefore, many goods are stored for a long time and enjoyed outdoors.


PVC products are self-extinguishing due to their high chlorine content. It has an oxidation index of 45 percent. Antimony trioxide has been widely used, typically combined with phosphate ester plasticizers, to produce products with excellent mechanical and combustion properties.

Cost-to-performance ratio

PVC has outstanding physical and mechanical properties, as well as a cost-to-performance advantage. It has a long service life and requires little maintenance.

Chemical resistance

PVC is chemically inert. Dilute acids, dilute alkalis, and aliphatic hydrocarbons are all resistant to it. Some layers are inflated or attacked by aromatic and chlorinated hydrocarbons, esters, some aromatic ethers and amines, and nitro- compounds. Some layers swell or are assaulted by ketones; some layers are projected combined chlorine, aromatic hydrocarbons, esters. Some aromatic ethers and amines; some layers are inflated or attacked by chlorinated and aromatic hydrogen.

Perfect Recyclability

Products made from PVC are 100% recyclable and traceable. Adopting a suitable PVC recycling route is both cost-effective and beneficial to the environment.


PVC also has certain disadvantages of the following plastics:

  • Unstable heat
  • Due to plasticizer migration, properties can change over time.
  • The chemical resistance of flexible PVC is lower than that of rigid -PVC.
  • The constant service temperature for rigid PVC is 50°C.


Vinyl can be used in many different applications. It can be as challenging as industrial pipe, as flexible as bubble wrap, or as thin and flexible as wallpaper. It can also be completely transparent or tinted to match any color.

Superior vinyl is made from salt, an abundant and low-cost resource, and ethylene, made from natural gas. Vinyl uses less energy, emits fewer pollutants, and is more energy-efficient than many other materials.

People use PVC to manufacture hundreds of goods that customers come into contact with every day and many others that are less common but still essential in construction, electronics, healthcare, and other fields. The low cost and desirable physical and mechanical properties of PVC make it ideal for these applications. It can be turned into a variety of rigid and flexible items quickly and efficiently. PVC itself is fire resistant. Alternative materials and processes to PVC materials are often available, but they are often ineffective.

Used in the construction industry

Around three-quarters of all vinyl manufactured is used in the long-term design and building projects. According to life cycle reports, PVC/vinyl effectively protects the atmosphere by emitting few greenhouse gases and conserving resources and electricity. 

Since it is durable and resistant to moisture and abrasion, vinyl is ideal for cladding, walls, roofing, fences, floors, divisions, and floor coverings. Unlike some other construction Materials, Vinyl does not rust, does not need to be painted often, and can be cleaned with ordinary household cleaners.

Used in making windows and siding

Partitions and window frames are made of vinyl, which is highly efficient, low-cost, and energy-efficient. Vinyl windows insulate three times more than aluminum windows. 

Used in making cables and wiring 

Vinyl can endure harsh conditions behind the doors, such as fluctuating temperatures and humidity, ensuring the home’s long-term durability. As a result, it is one of the most dependable and commonly used materials in electrical wiring and cables.

Used in making pipes for water

This kind of pipe is virtually leak-proof, corrosion-resistant, and resistant to environmental pressures, helping to save energy and water. The breakage rate for PVC systems is 1% lower than the breakage rate. PVC pipes are more practical and more energy efficient because they do not have to be built.

Use in containerization

Flexible PVC aids packaging in maintaining the items’ quality, including medicines, due to its durability, reliability, and lightweight. Over-the-counter drugs are tamper-resistant, and the consumer product wrap is made of clear vinyl. It can be used to cover  personal care products, medicines, and other households. Rigid vinyl films are used in blister and clamshell packaging.

Healthcare vinyl plays a vital safety role in distributing life-saving medications by IV bags and medical tubes. Blood bags have helped to advance ambulatory medicine and are the foundation for modern blood banks because they are robust and unbreakable.

Used in sport

PVC is widely used in the construction of sporting stadiums because it is a highly flexible construction material with a low environmental impact. This includes applications such as seating, roofing, flooring, plumbing, and electrical wiring. The following are some examples of sporting venues that use PVC for their roofing membranes. 

Athletes use PVC widely, from the clothing and shoes they wear to the facilities they use and the surfaces they play on, in addition to its use in stadiums and sporting venues. 

Other sporting uses include high-performance sports surfaces, vehicles, clothes, protective barriers, matting, and facilities for wiring and piping.

Used in making household items

Raincoats, boots, and shower curtains are all made from PVC because of their affordable nature, durability, and water resistance.

How To Attach PVC To Wood Step By Step 

Cleaning before attaching PVC to wood

For better results, prepare cleaning tools and sanitize the area where the PVC will be attached:

Roughening PVC surface 

Remember that PVC is smooth and will contribute more than you would expect to the bonding aspect. For a more robust overall bond, roughen the PVC surface where it can bond with the wood.

All can be used sandpaper, iron wheel attachment, or wire brush to roughen the paint.

Before applying the adhesive, make sure the surface is free of debris created by roughening the surface.

Use PVC primer

Instead of sanding the PVC, someone mentioned they used a PVC primer, which works well because it removes the shiny coating while still cleaning the surface (which is what it is supposed to do). This is also a possible alternative.

Fasten mechanically 

Mechanically fastening the two materials together is the most permanent and, by far, the most robust way to get PVC and wood to bind together. 

This might not be an option for certain people depending on the project. Still, where it will work, it will undoubtedly be the best option, especially if sustainability and strength are essential considerations. Using screws or screws with plugs could be an even easier way of fastening the trim in place. Pins are available to fit all forms of PVC and have a smoother, less clear finish. 

Step 1: Make a mark where you want the screws to go. Find the exact spot with a tape measure and mark it with a pencil to a fine point. 

Step 2: Pilot holes should be drilled into the points you’ve just marked. Use a bit that’s only a smidgeon more minor than the screw’s threaded ends. 

Step 3: If you’re going to drill through the PVC board, place a scrap wood or plywood piece that works well underneath it. Breaking through the PVC can be avoided by drilling through the sheet into a second material. 

Step 4: Screw the PVC sheet together with a screwdriver. The PVC will be soft enough to shape threads but stiff enough to keep them in place.

Step 5: Use wood putty, caulk, or another material to fill in the screw holes if necessary. Wood putty creates a smooth, paintable finish that conceals the screw.

Step 6: Clean up the surrounding area because, indeed, their work when drilling will be scattered on the floor a lot.

To ensure that your screws last as long as your nails, only use high-quality stainless steel screws.

Using the super glue

When bonding PVC to wood, another option is to use some kind of super glue. There are many brands to choose from, and most are effective. Alternatively, a super-thick adhesive, rather than a drier, maybe a better choice. For this use, a super matte gel would be ideal. Follow these steps when trying to bond PVC to wood with superglue:

Step 1: Get the suitable super glue.

Make sure you get super strong and robust glue. Gel-based ones are the most effective.

Step 2: Sand the PVC piece

Before applying super glue on the PVC piece, sand the surface with soft construction sandpaper.

Step 3: Clean wooden objects

Before attaching wooden objects to PVC, you also need to clean them. Cleaning the surface with a damp cloth is all that is required. However, do not over-wet the wood, as this will prevent the glue from properly bonding.

Step 4: Add super glue to both the PVC piece and the wooden object

Finally, you apply super glue on both the PVC piece and the wooden thing. Apply slowly and carefully, as only a tiny amount is needed for each large surface area to be exposed.

Step 5: Glue the items together

It is advisable to squeeze the smaller piece into the larger one. Maintain constant pressure for at least one minute after both parts are firmly aligned. Make sure not to move the pieces by mistake as you press them together.

Step 6: Allow time for anything to dry

In the end, all that remains is to wait for the super glue to dry. It will take two to four hours to complete this task. To be safe, you can leave it overnight.

Using the hot glue

Some people interested in learning how to join PVC to wood have never heard of a hot glue gun. All glues can work to establish bonds, but some may have stronger bonds than others. Glue combined with a hot glue gun works very well in connecting these two materials.

Many adhesives are available, often labeled as low temperature, high temperature, or general-purpose. While one may work better for some woods than the other, in general, holding the hot glue bond is still very fragile and temporary.

While most hot glues are general-purpose, you’ll find higher strength glues provide a stronger bond than regular glues. Follow these steps:

Step 1: Prepare the glue gun.

You must heat up and prepare the glue gun before use. It should be plugged into a nearby outlet to reach a temperature sufficient to melt the glue.

Step 2: Load the glue gun

Place the glue stick in the gap on the back of the glue gun. For the best bond with PVC, use high-temperature adhesive.

Step 3: Add glue to both surfaces

Apply glue to both surfaces, highlighting areas with more exposure, using best judgment and strategic sense.

Step 4: Push objects together to stick together

Make sure the largest object rests on a work plane while pressing the things together. Then place the smallest object on the desired area and apply intense pressure.

Step 5: Wait for the glue to dry.

After that, you should wait for the glue to dry for 8 to 10 hours to get the best finished product.

Using the Epoxy

Epoxy is essential knowledge for those who want to learn how to fix PVC to wood. Many people online recommend epoxide because of the strength and longevity of the product.

Epoxies are a more permanent treatment than superglue, but they take longer to complete and are not permanent.

There are various epoxides available that are recommended for a particular material or group of materials. Still, I have found a few recommended by others and will work well for bonding two different materials, such as wood and PVC.

Types of Expoxy that should work include:

  • Loctite Heavy Duty Epoxy: This epoxy seems to be a “common” epoxy that should work with PVC and wood.
  • Marine Epoxy: some users recommend marine epoxy because it can combine two different materials and its highly durable.
  • Generic Epoxy Formulations: Most generic epoxy formulations should fit well on both wood and PVC. They provide the input to customers through retail websites, which “confirms” the product’s ability to work with unique materials.

Follow these steps if you want to try attaching PVC to wood with Epoxy:

Step 1: Buy an epoxy application kit

Resin and hardener are two components of an epoxy package. Most hardware stores have them.

Step 2: Combine the ingredients

 You must combine the components of the Epoxy before use. Just place a small amount of each on a flat, disposable surface to get started.

Step 3: Paint all surfaces with Epoxy

Use a toothpick or similar tool to apply the mixture to both objects. Use a thin but consistent coat of Epoxy to cover as many surfaces as possible.

Step 4: Assemble the components.

Combine two artifacts. Place the most prominent object on a firm surface first, then the smallest. This will give you the best results.

Step 5: Allow time to dry

Epoxy can take up to 20 hours to dry completely.

Using the contact cement 

If you are wondering how to use contact cement to bond PVC to wood, follow these steps:

Step 1: Get the safety device.

Contact cement is abrasive and toxic. Therefore, dealing with it requires the use of gloves and goggles.

Step 2: Set up your safe work environment

Cement exposed emits fumes that are flammable and pose a safety hazard in addition to being toxic. Therefore, working in a well-ventilated environment is very important.

Step 3: Use contact cement to adhere to the two parts together

Apply the substance to the surfaces of both the PVC and wood artifacts with a roll or a brush. Keep in mind that this sort of substance only sticks to itself, so thoroughly cover the surfaces of both objects.

Step 4: Align the materials together in

Align all objects as close as possible with spacers.

Step 5: Let the cement super glue come in contact with dry

It will probably take you two to four hours to complete this task. However, we recommend leaving it overnight for the cement to dry completely.

Tips For Using PVC You Might Not Know

Choose the right sandpaper

You should use sandpaper to achieve smooth edges on the contact surface on the PVC pad. If you do, the best results will be completed with 150 or 220 grit sandpaper.

If you want to attach PVC to the wooden floor of the stairs, a sheet of sandpaper may not be enough. In that case, a stair sander might be what you really need. Click here to find the sander that best suits your needs.

Solvent-based adhesives

Solvent-based adhesives are recommended for PVC cosmetic bonding. The solvent causes the PVC to break down slightly, resulting in the pieces being “welded” together. Solvent-based PVC pipe glue is a good choice for this type of use.

Solvent-based sealants

Solvent-based sealants, like adhesives, should be used. These items can adhere to PVC most firmly, providing the best sealing.

Avoid products made from silicone

Use silicone-based materials sparingly when handling PVC. This is because silicone does not match PVC well and therefore will not give satisfactory results. Products made from silicone should be avoided.

Precise positioning of nails and screws

The distance between the nail or screw must be carefully measured. Using a pin or screw every 2” from the top and every 2” from the bottom of the trim at regular intervals is a reasonable rule of thumb to observe. You will need to change this if you are using narrower decorators, and this is not possible.

Nails or screws should be spaced about 18” apart along the contour, and nails or screws should be placed at either end of the wall to keep them in place.

Question And Answer About Attaching PVC To Wood

Is PVC a poison?

Many vinyl products have been approved to meet specific industry or regulatory specifications. PVC pipes used for drinking water supply must be NSF International certified to meet EPA safety regulations. The US Food and Drug Administration regulates health products and food contact with food.

Although some modern PVC products have an odor, the small amounts of volatile organic compounds (VOCs) released are quickly dissipated through normal ventilation. Research has shown that the initial scent of vinyl wall coverings dissipates much faster than the odor from most paints.

Low VOC specifications in Green Label Plus, FloorScore®, and GREENGUARD can be met with PVC items.

PVC is made by polymerizing (bonding together) vinyl chloride. Levels of vinyl chloride in the workplace and manufacturing plant emissions are strictly regulated by law. To get the most out of this raw material, manufacturers turn as much vinyl chloride as possible into PVC and use steam to remove the remaining vinyl chloride, resulting in a negligible amount of finished vinyl.

When PVC is burned, hydrogen chloride (HCl) fumes are released, posing a health hazard. Electrical conductors without PVC insulation are often preferred for use in situations where there is a high risk of fire and explosion. When the substance is melted, it can also emit smoke (such as prototyping and manufacturing processes such as 3D printing, CNC machining, and injection molding). We recommend that you review the Material Safety Data Sheets (MSDS) for different types of chlorinated hydrocarbon gases, such as chlorobenzene, and discuss the manufacturing process with a professional manufacturer.

What is the intended use of Polyvinyl Chloride (PVC)?

In both rigid and flexible forms, PVC has many uses and benefits in many industries. Rigid PVC, in particular, has a high resin density, making it highly resilient and durable. It is also cheap and readily available, which, when combined with the long-lasting properties of most plastics, makes it an excellent choice for many industrial applications, including construction.

PVC is a popular choice for construction, plumbing, and other industrial applications because of its high strength and lightweight.

Another explanation for its widespread use is its high chlorine content, making the material resistant to fire.

What is the difference between PVC and wood?

Many people want to replace wood with PVC because of the great benefits but do not understand the similarities and differences between the two materials.

One of the best aspects of using PVC for window decoration is that it can be worked in much the same way as wood. This ensures that, for the most part, PVC can be machined using the same tools and techniques as wood.

The key to using PVC effectively is understanding how it differs from wood, with expandability being the most critical characteristic. The most important thing to remember is that, unlike wood, which stretches along the grain, PVC expands in length, so you must consider it when installing it.

When dealing with PVC trim, the most important thing to keep in mind during installation is that it has enough room for expansion.

Is there anything that can bond PVC to wood with liquid nails?

When it comes to PVC and wood bonding, Liquid Nails offers several options, including the following three:

  • Fuze It
  • Liquid Nails Polyurethane
  • Siding & Trim
  • Liquid Nails

We’ve noticed many people asking if another Liquid Nails product will work on PVC, and the manufacturer has suggested the three products mentioned above can be used.

What’s the best way to keep my PVC pipes from sagging?

PVC pipes are needed for the building to handle the plumbing required in many household applications. While some of these applications are only a few feet long, others, such as sewer lines, can extend several feet or the entire length of your home. Even though PVC pipe is a solid material, it can sag in the middle when stretched over long distances.

Sagging piping puts undue strain on pipe fittings and joints and creates a low point in the pipe, leading to blockages and drainage problems.

There are several ways to DIY your old PVC pipes you might not want to miss. Watch it now at: 


We are here with a quick guide on how to attach PVC to wood. As you can see, gluing PVC to wood seems simple, and in fact, it is! With the right tools and a little patience, any beginner mechanic can do it. We have provided the product suggestions and tips that we think are most helpful above and hope they will help attach PVC to your wood.

Do not forget to apply a protective sealer on the wood’s surface to ensure the aesthetics and quality of the wood after attaching PVC. If you have not found the most suitable sealer, you should refer to this article.

Now that you know how to attach PVC to wood, your life will be a lot easier. Hopefully, you will be able to apply this knowledge to many important and meaningful projects. 

Which method of gluing PVC to wood do you prefer? Let us know in the comments section below!

Thank you for reading this article. Have a good day!

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