Category: Bubble Insulation

Just like many other discoveries, an accident led to the discovery of bubble wrap insulation. When two engineers were sealing the two plastic curtains together, air got trapped between them, leading to the innovation named bubble wrap.

Bubble insulation is now one of the most effective ways to insulate residential and commercial buildings with low cost and high reliability. This material offers sustainable as well as environment-friendly solutions to those who are looking for affordable insulation.

In this article, we will cover every aspect related to bubble wrap. You will get to know, what is air bubble insulation, how it is made, the benefits of using it, the different types of bubble insulation, and how to install the insulation.

What is Bubble Wrap Insulation?

Air bubble insulation is a sustainable and environment-friendly solution for modern thermal insulation requirements. The insulation material is an amalgamation of reflective surfaces with and air bubbles present between the reflective layers. The air bubble acts as a thermal barrier that traps heat and prevents heat transfer through conduction and convention between an object and the surroundings. The air bubbles sandwiched between the layers create small air pockets that act as an insulator for thermal insulation.

Bubble wrap can be used both in summers and winters as it diminishes heat loss during winters and heat gain in summers. The r value of bubble wrap insulation lies between R-3 and R-5 per inch, depending upon the thickness and composition of the material used in the process. In addition to this, it is lightweight, flexible, malleable, inexpensive, and easy to install, making it a perfect fit for duct pipes, roofs, ceilings, walls, pole barns, crawl spaces, metal buildings, ware houses, and freezers.

What makes bubble insulation a popular choice is its ability to offer energy-efficient solutions. It is efficient in controlling indoor temperature. It is convenient for use in commercial and residential spaces.

Bubble Insulation: How is it Made?

Air bubble insulation , commonly known as bubble wrap foil insulation, is made up of different types of insulation materials, like low-density polyethylene. In the process, plastic films are combined with the layers of air bubbles to create air pockets for thermal resistance.

Here are the steps to follow to make this insulation material:

• Plastic films and air are the main components of bubble wrap insulation. A durable and flexible polymer (polyethylene) is used to manufacture plastic films.
• Temperature has a very important role in the manufacturing process of bubble insulation. The process begins with the melting of polyethylene at a high temperature (around 450 degrees Celsius) to form a thin plastic film. The thickness of this film depends on the required insulation properties.
• After the conversion of polyethylene pellets into plastic films, these films are passed through several rollers with small and heated pins. The pins are used to create small-size hemispherical holes for air bubbles to trap air within them. The whole process is done with the help of pressure applied on the plastic film.
• After creating air bubbles in the plastic film with the help of pressure, the next step is to apply another layer of plastic film to add durability and flexibility. Thus sealing and creating air tight pockets of air. It increases the insulation properties of the material and curtails heat transfer.
• To curtail material from expanding unnecessarily, the perforation process is done. Under this, extra air is removed from the material.
• For enhancing performance and durability, when required, certain additives like flame retardants, UV stabilizers, reflective coatings, etc. are added to the insulation material.

In the last, the bubble insulation material is cut down into sheets of different sizes and rolled to make them suitable for transportation.

Benefits of Using Bubble Wrap Insulation

There are various types of benefits to using foil bubble wrap insulation. It is a perfect fit for homeowners, commercial, and industrial establishments’ energy requirements:

• Efficient Energy Usage: Bubble thermal insulation curtails heat loss and heat gain during the summer and winter climates, respectively, and helps in maintaining the desired indoor temperature. It helps energy appliances run efficiently and resist any unwarranted energy load on them without any extra cost. It leads to efficient energy use and lower bills.
• Cut-Down Cost: In comparison to other insulating materials, bubble wrap insulation is not only less expensive but also requires a minimum cost for installation. It is one of the best options for those who have a restrained budget and are looking for reliable and thermally efficient insulation options.
• Easy to Install: The material used in the manufacturing process of bubble wrap made it lightweight, flexible, durable, and easy to install. If one opts for the right installation technique and has all the required tools, one can easily install it. It can be cut into different sizes as needed without any difficulty. It is a perfect material for insulating wall insulation, ceilings, floors, crawl spaces, attics, and underfloor insulation.
• Resist Moisture: Bubble wrap insulation is anti-humid and increases the lifespan of building materials by preventing the accumulation of moisture inside and outside the insulated material. It also creates a barrier for condensation in cold climates, thus providing 360-degree protection.
• Durable: The insulation material is resistant to wear and tear and offers long-lasting durability. It means that once applied, it will insulate materials for the long term.
• Versatile: This is a versatile material and can be used for different purposes. It can also easily roll down into sheets of various sizes due to its flexibility. It is compatible with both residential and commercial building requirements.
• Soundproof: It is a soundproof material. It is used to absorb and restrict sound transmission between the surface and the surroundings.
• Environment-Friendly: Recycled material is used in the manufacturing of bubble wrap insulation to protect the environment. It restricts the use of hazardous materials and offers environment-friendly insulation options.

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Types of Air Bubble Insulation

Single Bubble Wrap Insulation

Single bubble insulation is one of the most common insulations used for thermal efficiency. As its name suggests, the material consists of only one reflective surface with bubbles of about 3/8 inch in diameter. It creates small air pockets to reduce heat transfer between the surface and the surroundings. It is efficient when moderate insulation is required without any specific requirements. The single air bubble insulation is resistant to moisture and versatile in use.

Applications:

• Use where moderate insulation is required.
• Use in crawl spaces, handles, and doors of garages.
• Use as packaging material and as a protective covering for fragile items.

Advantages:

• It is both cost-effective and affordable.
• It is easy to install.
• It offers resistance against moisture and UV radiation.
• It is lightweight, durable, and flexible.

Double Bubble Wrap Insulation

Double bubble wrap insulation is a combination of two insulating layers of bubble wrap and reflective foil (commonly aluminum) that acts as a separating material between two bubble wrap layers. In this material, multiple air pockets are created between the layers, which increases thermal efficiency for better insulation. Double bubble wrap insulation is more effective than single bubble wrap.

Applications:

• Use for walls, attics, and crawl spaces.
• Use for underfloor insulation.
• Use for ductwork and pipes
• Use for greenhouses.
• Use for shipping and packaging.

Advantages:

• It enhances the thermal performance of the material several times.
• It offers effective resistance against moisture and condensation.
• It is easy to install and versatile.
• It is lightweight, durable, and flexible.

Reflective Bubble Insulation

Bubble wrap reflective insulation is an amalgamation of bubble wrap and metallic foil to reduce radiant heat transfer. It consists of aluminum foil combined with layers of bubble wrap to enhance thermal efficiency and lower utility costs. It prevents heat transfer through conduction and convection between the insulated surface and the surroundings. Inside bubble wrap reflective insulation, bubble wrap layers are sandwiched between the metallic foil that curtails heat from penetrating interiors. These layers induce small air pockets that reduce heat transfer.

Applications:

• Use for insulating roofs and attics.
• Use in metal buildings where temperature fluctuation and condensation are important issues.
• Use in radiant floor heating.
• Use in transportation, such as transport trucks and cold-storage trucks.
• Use in cold storage facilities.

Advantages:

• It has a high thermal-resistance material.
• It is lightweight, flexible, and durable
• It is versatile and offers resistance against moisture and condensation.
• It is easy to install.

Bubble Wrap with Foam

Bubble wrap with foam is a combination of bubble wrap and foam material like expanded polystyrene (EPS) or polyethylene. The extra layer of foam in the insulation material offers supplementary thermal efficiency and curtails heat transfer through conduction and convection. The material present in bubble wrap with foam insulation adds additional R-value and improves overall insulation efficiency. The foam material helps bubble wrap layers to create small air pockets that act as an insulator.

Applications:

• Use to insulate walls and attics.
• Use for underfloor insulation.
• Use in packaging and shipping.
• Use in providing cushioning and protection to fragile items.
• Use in making thermal blankets.

Advantages:

• It has good thermal performance.
• It can act as a soundproofing material.
• It is easy to install and versatile.
• It is flexible, durable, and moisture-resistant.

Bubble Wrap with Woven or Non-Woven Fabric

Bubble wrap with woven or non-woven fabric is an effective insulating material. The material is prepared by placing layers of bubble wrap material between the layers of woven and non-woven fabric, determining enhanced insulation ability and improved thermal resistance. The woven fabric is obtained from yarns and threads, while the non-woven fabric is made of artificial fibers. The woven or non-woven fabric in bubble wrap with woven or non-woven fabric insulation provides strength, flexibility, and durability to the material. It protects bubble wrap layers from any additional damage during installation.

Applications:

• Use for exterior walls.
• Use in metal buildings.
• Use in shipping and packaging.
• Use to insulate outdoor sheds.
• Use to create thermal covers for outdoor furniture.
• Use to make a protective layer for gardening tools.

Advantages:

• It increases the durability and flexibility of a material.
• It improves the tear resistance of a material.
• It is a good soundproofing material.
• It provides extra protection against dust particles.
• It is a versatile material and easy to install.

Different Ways to Use Air Bubble Insulation?

Bubble wrap insulation is one of the best insulating materials for enhanced energy efficiency and thermal insulation requirements in residential, commercial, and industrial buildings.

Here are a variety of places where bubble wrap used as insulation:

• Walls: Walls are the parts of a building from where maximum heat gain and heat loss take place; hence, it is necessary to insulate walls for economical energy bills; bubble wrap on walls and between wall studs helps reducing transfer of heat and maintains a desirable indoor temperature without excessive utility costs.
• Attics: Insulating attics with bubble insulation is a better option than insulating them with traditional insulating materials. Attics are places where a large amount of heat escapes to the surroundings, resulting in energy loss. In winter, bubble wrap is used as insulation for insulating attic floors and between rafters.
• Windows: Windows bubble wrap insulation is not only necessary but also desirable for your house’s thermal insulation efficiency. The windows are necessary for warmth and light; however, a large amount of heat escapes from them, ensuring energy loss. Window bubble wrap prevents heat loss and gain by creating small thermal buffer zones when used from inside; it enhances the energy efficiency of a building.
• Crawl Space: Creating a thermal barrier between crawl spaces and their surroundings is necessary. Providing bubble wrap insulation around floor joists and between the ground and the space above prevents heat transfer of heat and increases overall insulation.
• Pipes: Bubble wrap for pipe insulation is used to minimize the incidence of water freezing during cold climates. The bubble wrap protects pipes from unnecessary wear and tear and provides a long life.
• Greenhouse: Bubble wrap insulation can be used to insulate the interior walls of greenhouses. It helps to trap the sun’s energy and maintain an optimal temperature for plant growth. The insulation provides additional benefits for better plant growth.
• Packaging: Bubble wrap used as insulation to provide protection to fragile items like glass materials, electric appliances, and other precious items during shipping and storage. Bubble wrap has excellent cushioning properties and saves products from damage and loss.
• Other Uses: You can employ bubble wrap in a variety of different places, like water tanks, dog- houses, water-heaters, and various DIY projects for insulation. It has majestic properties that make it suitable for unconventional uses.

The above mentioned cases show how bubble wrap used as insulation for better insulation, thermal efficiency, and comfort in daily life.

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How to Install Bubble Insulation in Your Buildings

Bubble wrap installation in residential or commercial buildings will ameliorate overall thermal efficiency and result in improved energy savings.

Here is a guide on how to install it.

• It is necessary to inspect and clean the surface before applying bubble wrap insulation. If any kind of debris, dust particles, or any other substance is present on the surface, it will hamper the proficiency of the insulating material, thus leading to improper results.
• Before applying insulation, gather the required tools for proper fitting. Materials like tape, scissors, a utility knife, adhesive spay, and other essential tools must be kept ready.
• Take the proper measurement of the area where insulation is going to be installed, like windows, attics, crawl spaces, or any other place. Cut the bubble wrap to the proper size and measurement. Make sure that the insulating material covers the surface properly for effective results.
• Be careful while placing bubble wrap insulating material on the surface of the object. Ensure that the insulation “droops” between points of attachment, and there must be 1 inch of air space between the insulated surface and the wrap.

After installing insulation, check for any uncovered gaps or any other fault. This may be the case when insulation is not done properly. Carefully find out the faults or gaps and seal them to ensure the best outcome.

Conclusion

Installing bubble wrap insulation will result in lower utility costs, consistent thermal efficiency, the desired indoor temperature, and comfort. In this article, we discussed important aspects of bubble wrap and made you aware of its benefits and versatile usage.

Bubble insulation is a profitable solution for those who are looking for an affordable and sustainable thermal insulation solution. It is an efficient solution for residential, commercial, or industrial buildings. It not only results in the better thermal performance of a building but also reduces energy bills. Bubble wrap insulation offers long-term and environment-friendly benefits for thermal insulation needs.

Frequently Asked Questions

1. What type of material is bubble wrap insulation?

It is made up of plastic films such as polyethylene. There are also special type of bubble wrap insulation material which consists materials like aluminum foil, foam (made up of expanded polystyrene (EPS) or polyethylene), woven or non-woven fabric.

2. What is the R-value of bubble wrap?

The R-value of bubble wrap insulation depends upon various factors like thickness, material contents, and number of layers. For example, the R-value of 3/8 inch bubble wrap is close to 1.3; on the other hand, the R-value of 3/8 inch bubble wrap foam is 1.6. It is important to note that the higher the R-value, the higher the thermal resistance.

3. How thick is bubble wrap insulation?

It comes in different kinds of thicknesses. The thickness of the standard size insulation varies from 3/16 inch to 5/16 inch. However, there may be more variation in thickness than the standards mentioned, depending on the material used.

4. Is bubble wrap insulation good for windows?

Window bubble wrap insulation is very effective and offers great help in achieving thermal insulation efficiency. The bubble wrap, when put on windows, traps air in small pockets and curtails heat transfer between the window and the surroundings. In addition to this, the insulation is not only easy to install but also easy to remove when needed.

Have you ever considered using bubble wrap to insulate windows on your walls and questioned its effectiveness? Is it just a passing trend, or a practical and viable solution for maintaining the desired temperature? During winter, employing bubble wrap insulation for windows has been a common practice. The most effective way to minimize heat loss and reduce heating expenses is to apply bubble wrap sheet to your windows.

If you’ve ever employed interior temperature sensors placed on walls or windows, you’re likely aware of how rapidly the temperature drops when the focus is on windows. Indeed, windows can be a significant contributor to heat loss. Therefore, using bubble wrap to insulate windows can help you achieve your goal.

How Does Bubble Wrap Insulation For Windows Work?

Certainly! After the evaluation of using bubble wrap insulation for windows by applying a bubble sheet roll to north-facing windows, it is analyzed that it is an excellent insulator. So, what are we here to guess? Bubble wrap insulation cover works great! Gary from the Build it Solar test shows that the efficiency of bubble wrap insulation for windows gets amazed by its simplicity and its short payback time frame.

The sole drawback is that the vision through the insulated window may be slightly blurry; nevertheless, this does let in too much sunlight. Bubble sheets also aid in keeping you protected from harmful dirt particles.

If you are not clear how to insulate walls, check why we believe that bubble wrap is a great low-budget option for home insulation:

• Good insulator to single air pockets, due to its structure
• Made from plastic which can rapidly heat up
• Cost efficient-Cheap or even free when recycled/reused
• Easy to install, it only takes sprayed water
• Will last many years for your windows
• Short term payback
• Easily uninstall, peel through one corner or save until next year.
• Last and not the least: this leaves no fingerprints on the bottle and sticky scotch tape leftovers.

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How To Install Bubble Wrap To Insulate Windows?

Insulating windows with a bubble wrap roll is a cost-effective and energy-efficient way to keep your home cozy during the cold winter months. Bubble wrap, readily available at most stores, provides excellent insulation by trapping heat and preventing drafts. This simple and accessible bubble wrap insulation for windows not only helps in maintaining warmth but also proves effective in preventing drafts and reducing heating costs. Here’s a step-by-step guide on how to install bubble wrap to insulate windows and enhance their energy efficiency:

Materials You’ll Need:

• Bubble wrap roll
• Scissors or utility knife
• Measuring tape or ruler
• Spray bottle with water (optional)

Step 1: Measure the Window

Start by measuring the dimensions of the window you want to insulate. You’ll want to cut the bubble wrap slightly larger than the window frame to ensure a snug fit.

Step 2: Cut the Bubble Wrap

Using scissors or a utility knife, carefully cut the bubble wrap to the measured dimensions. If you have a large window, you may need to cut several pieces to cover the entire surface.

Step 3: Wet the Window

If you’re working in a dry climate, consider spraying a thin layer of water onto the window’s surface. This will help the bubble wrap adhere to the glass.

Step 4: Apply the Bubble Wrap

Press the bubble wrap, bubble side facing the window, onto the glass. Make sure it adheres smoothly and covers the entire windowpane. You can use a damp cloth to press out any air bubbles and ensure a tight seal.

Step 5: Trim Excess

Trim any excess bubble wrap around the edges using scissors or a utility knife. Be careful not to damage your window frame.

Step 6: Repeat for Multiple Windows

If you have more windows to insulate, repeat the process for each one.

Step 7: Enjoy the Benefits

Once your bubble wrap insulation is in place, you’ll notice a significant reduction in drafts and heat loss. During the summer months, you can easily remove the bubble wrap to let in natural light.

Additional Tips:

• Consider using double-sided tape to make the installation of bubble wrap insulation for windows even more secure.
• Remove the bubble wrap in the spring and store it for future use.
• Bubble wrap to insulate windows is a temporary solution, so it may need to be replaced over time.

Also Read: – Facts About insulation Service

Bubble Wrap To Insulate Windows: Buying Tips

Insulating your windows with bubble wrap can be a smart decision for both energy efficiency and cost savings. However, navigating the market to find the right bubble wrap for your needs can be a task in itself. Whether you are seeking affordability, durability, or specific features, these tips will serve as a valuable resource in your search for an optimal bubble wrap to insulate windows solution.

Roll Size

The cost of bubble wrap is typically influenced by the size of the roll, with larger rolls commanding a higher price. Smaller rolls are ideal for occasional use, offering convenience for smaller projects. In contrast, larger rolls prove to be more cost-effective for those with frequent packaging needs, providing ample material for multiple applications.

Bubble Size

Bubble wrap with larger bubbles is often priced higher because of its enhanced protective capabilities. The larger bubbles create a thicker layer of insulation, providing increased protection while still allowing ample natural light to filter through.

Quality

Premium bubble wrap, designed for heavy-duty or industrial applications, often comes with a higher price tag. Despite the elevated cost, it offers superior protection, making it an excellent choice for safeguarding valuable or delicate items during shipping or storage.

Quantity

Purchasing bubble wrap in bulk frequently leads to cost savings, as retailers often provide discounts on multi-roll packages. This approach is advantageous for those with larger packaging needs, offering both convenience and economic benefits.

Brand

Established and well-known brands often come with higher price tags compared to generic or lesser-known alternatives. While recognized brands may bring a certain level of trust and quality, consumers should weigh the brand reputation against their budgetary considerations when making purchasing decisions.

Measure carefully before buying

Measure the overall length of your windows when ordering bubble wrap packs, considering that unless the roll is excessively narrow, it may not adequately cover your window panes. It is advisable to opt for a larger size rather than a smaller one. Ensuring that the wrap you order is sufficiently large can reduce the need for extensive cutting or the inconvenience of piecing together multiple sheets to cover your windows.

Think twice before ordering perforated wrap

For more convenient usage, rolls of bubble wrap insulation for windows often come with perforated sections for easier panel separation. However, it’s essential to understand the length (height) of each piece in perforated rolls before making a purchase. While opting for perforated sections can be a practical idea to facilitate panel separation, it’s crucial to note that most rolls have perforations at approximately 12-inch intervals.
This may be impractical if your windows are not particularly tall. The entire concept is remarkably simple, making bubble wrap user-friendly and eliminating the need for tape. So, why go through the hassle of cutting additional pieces when you can easily assemble panels that align with your window dimensions?

Removing Bubble Wrap Insulation For Windows

When the summer season comes to an end, removing the bubble wrap insulation for windows is a simple task. Start peeling off each sheet from a corner, and the sheets come off easily without any sticky tape to handle. This effortless procedure ensures a smooth removal of the bubble wrap, leaving your windows free and clear.

Storage Tips For Future Use

Store the bubble wrap to insulate widows neatly in a closet or designated space where they will remain undisturbed until the next heating season. This ensures that the bubble wrap is kept in good condition and readily available for reuse when needed.

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Conclusion

Bubble wrap sheets used in window kits for insulation are notably thicker than standard thin plastic. The enhanced rigidity of this material makes it much easier to handle compared to thin plastic, which tends to stick and cling due to friction. By employing the methods mentioned above, you can effectively attach the bubble wrap to insulate windows without the need for splitting or tapping. This approach eliminates the requirement for thick plastic, thereby avoiding issues related to blow drying. Consequently, you save on potential expenses for window replacements. The method of bubble wrap insulation for windows discussed here is not only easy and fast but also hassle-free.

FAQ’s

1. Can I insulate windows with bubble wrap?

Yes, you can insulate windows with bubble wrap. By adhering bubble wrap to the glass, you create an insulating barrier that helps reduce heat loss and drafts.

2. Can I use bubble wrap as insulation?

Bubble wrap can indeed be used as insulation. When applied to windows or other surfaces, it traps air and acts as an effective insulator against temperature changes.

3. Does bubble wrap insulation really work?

Yes, bubble wrap insulation can be effective for temporarily reducing heat loss through windows by creating a layer of trapped air. It is most useful during colder months and is a cost-effective, DIY solution. However, its effectiveness depends on factors such as the type of bubble wrap, window quality, and proper installation. Bubble wrap may slightly impact visibility and natural light, making it a more suitable choice for single-pane or poorly insulated windows.

4. Is bubble wrap a good insulator for windows?

Bubble wrap is a cost-effective, temporary solution that can reduce heat loss through windows. It provides insulation by creating a trapped air layer. While not as effective as permanent solutions, it can be useful, especially for single-pane windows during colder seasons.

5. How do you insulate windows with foam board?

To insulate windows with foam board, measure, cut the foam board to fit the window frame, and secure it in place using double-sided tape or removable adhesive. This provides excellent insulation.

6. How do you install foil bubble wrap insulation?

Installing foil bubble wrap insulation for windows involves measuring and cutting the material to fit the desired area, ensuring the foil side faces outward. It can be attached using adhesive or staples, providing an effective radiant barrier and insulation.