For homeowners, keeping a cozy indoor climate and lowering energy expenditures are major considerations, and your attic insulation is essential to attaining these objectives. This article will go into detail about 10 convincing reasons to upgrade the attic insulation this summer.

The advantages of improving your attic insulation are genuinely transformative, ranging from greater energy efficiency and comfort to cost savings and cleaner indoor air quality. Our goal is to arm you with a wealth of information and inspiration so you can decide wisely and start this revolutionary change.

What is Attic Insulation and how important is it for every Canadian Property Owner?

Attic insulation is a kind of insulation that is installed in a home’s attic space to assist stop heat transfer and maintain a constant inside temperature. It is often installed on the attic’s floor or ceiling and is constructed of materials like fiberglass, cellulose, or spray foam.

Every Canadian household needs attic insulation because it can help cut down on energy use, slash utility costs, and improve home comfort. Without adequate home insulation, homes can lose a lot of heat through the roof and attic during Canada’s extremely cold winters. This may result in greater energy costs, uncomfortable inside temperatures, and potentially ice dam and moisture buildup damage to the home.

A more sustainable future can be achieved in addition to the advantages of energy efficiency and cost savings by properly insulating attic and lowering greenhouse gas emissions as well as the environmental effect of buildings. Limiting the formation of mold and moisture buildup can help enhance the quality of indoor air.

In Canada, a well-insulated home must include attic insulation as a key element. To achieve optimal energy efficiency, comfort, and sustainability, every homeowner should think about improving their attic insulation.

What are the Main Benefits of Proper Attic Insulation Installation?

Enhanced Energy Efficiency 

Increasing the attic’s insulation can significantly improve your home’s energy efficiency. Upgraded attic insulation offers a thermal barrier that maintains your indoor areas at a more constant and comfortable temperature by limiting heat loss in the winter and heat gain in the summer.

The attic is a valuable source of heat that can be lost during the colder months, causing your heating system to work harder to maintain optimum temperatures. By improving the insulation attic, you can successfully prevent heat from leaving your living spaces and keep it there. As a result, there will be a reduction in the need for heating systems and significant energy savings.

Upgraded attic insulation protects your home from heat entry throughout the summer when temperatures skyrocket. Your cooling system can run more effectively and use less energy to maintain a suitable indoor temperature by minimizing heat gain through the attic. This results in substantial cooling bill savings during the sweltering summer months and guarantees a more comfortable living environment for you and your family.

Upgraded attic insulation delivers year-round energy savings in addition to benefits in the summer and winter. Lower utility bills as a result of the reduced energy use put more money in your pocket. You benefit from greater comfort while reducing energy costs, making the upgrade a prudent and financially sound decision.

Improved Comfort

For a living space to be continuously comfortable all year round, increased attic insulation is advised. You can say goodbye to drafts, stifling hot or cold spots, and bothersome temperature swings that can make living in your home less enjoyable by properly insulating attic.

Attic insulation provides a barrier, minimizing undesirable air passage between the exterior and the interior of your home. It plugs gaps and cracks, which reduces drafts that can make particular regions of your house seem unpleasant and chilly. With higher home insulation, you’ll find a huge reduction in drafts, creating a cozier and more appealing environment for you and the members of your family.

Changes in temperature can also be prevented by properly installing attic insulation. Fluctuating temperatures can make it tough to keep up an inviting atmosphere and can lead to regular modifications of your thermostat. Upgraded house insulation creates a thermal barrier, regulating indoor temperatures and eliminating the need for continual heating or cooling changes. This not only boosts your level of comfort but also helps the heating and cooling system run more efficiently.

Cost Savings

The long-term financial advantages of attic insulation upgrades make them excellent investments for homeowners. You could benefit from lower energy costs and possible tax credits or incentives by increasing insulation efficiency.

Your home will require less energy to heat or cool with improved attic insulation. As a result, your HVAC system performs more efficiently, utilizing less energy and leading to big cost savings on your energy bills. The monthly savings from the lower energy use can easily build up over time. Furthermore, depending on where you live, tax incentives or credits can be offered for improving the insulation attic. The upfront expense of the home insulation upgrade may be further mitigated by these incentives, making it even more profitable.

When improving attic insulation, take into account the return on investment (ROI). Although the initial expenditure may be necessary to cover the cost of the insulation upgrade, the long-term reduction in energy costs can aid in cost recovery over time. The precise payback period varies based on elements including the type of insulation, energy costs, and your region’s environment. However, a lot of homeowners discover that energy savings usually cover the expense of the improvement within a few years.

Health and Indoor Air Quality

The promotion of better indoor air quality is a major benefit of top-up insulation attic in addition to energy efficiency improvements. It makes for a healthier living environment with possible health benefits by reducing the entry of allergens, pollutants, and external toxins.

Pollutants and allergens from the outside are kept out of your home by the barrier effect of attic insulation. It fills in any holes and cracks that may otherwise let dust, pollen, and other airborne particles into your living areas. These allergens and pollutants can be significantly reduced with greater insulation, leading to better indoor air quality.

For those who suffer from allergies or respiratory conditions, improved air quality can be very beneficial to their health. The danger of respiratory irritations and asthma attacks and reactions to allergens is decreased thanks to improved attic insulation, which also contributes to a cleaner and healthier interior environment. Correctly installed insulation can offer comfort to people who are sensitive to these allergens by reducing the number of airborne particles like dust mites and mold spores.

Is Your Home Ready for a Game-Changing Attic Insulation Upgrade? 

It’s time to make your home more comfortable when the summer heat increases. Put an end to energy waste and discomfort in your attic. Improve your insulation attic right away! Eco Spray Insulation is the name you can rely on for top-notch and premium insulation services.

Imagine this: A home where comfort is your constant companion, energy efficiency is king, and the air you breathe is clean and revitalizing. With Eco Spray Insulation, this fantasy is a possibility for you. Your journey will be flawless from beginning to end thanks to our team of insulation contractors that will lead you through the procedure.

Why wait? Let this summer’s hot weather serve as an opportunity for change. Take advantage of the amazing makeover that awaits you with Eco Spray Insulation. Contact Eco Spray Insulation right away to start your journey toward a house that is more comfortable, sustainable, and energy-efficient. Improve the insulation in your attic to open up new opportunities. Your ideal house is here!

We all are aware that attic insulation installation plays a huge role when it comes to the overall integrity of every home. So in case you are planning on conducting a premium attic insulation installation feel free to refer to Eco Spray Insulation contractors and make a wise and high-quality investment that will be for sure much more visible in the long run.

What is Attic Insulation Installation and why is important to be installed in Residential Properties?

The insulation used in attics of residential buildings to reduce heat transfer between interior spaces and the outside world is referred to as attic insulation installation. Homes are kept warmer in the winter and cooler in the summer by acting as a barrier to assist manage internal temperatures. Attic insulation installation is crucial for residential buildings for the following reasons:

• Energy Efficiency → Attic insulation installation is incredibly important for increasing energy efficiency. It reduces the need for excessive heating or cooling by minimizing heat transfer through the attic. The result is a decrease in energy use and utility costs.
• Comfortable Interior Environment → A better and more comfortable environment is created due to proper attic insulation installation. In general home insulation has the ability to act as a barrier and prevent heat transfer, especially during warmer or closer months. As a result, this contributes to consonant interior temperatures and enhances overall home comfort.  
• Better HVAC Performance →  Your HVAC system and attic insulation installation work together to provide better HVAC performance. Insulation helps your HVAC system run more effectively and maintain optimum temperatures with less effort by lowering the load on it. This could possibly increase the longevity of your HVAC system and lower maintenance expenditures.
• Moisture Control → Attic insulation installation helps to control moisture, too. It serves as a barrier to keep out moisture, avoiding condensation and potential harm from the formation of mold or mildew. This creates a healthier living environment and safeguards the property’s structural integrity.
• Noise Reduction →  Insulation acts as a sound barrier in addition to aiding in thermal control. It can lessen the transmission of outside noise, such as traffic or neighborhood disturbances, making the interior environment calmer and more serene.

Attic insulation installation is crucial for residential buildings because it improves comfort, comfort levels, HVAC performance, moisture control, and noise infiltration. Attic insulation installation is a good investment for homes due to the many advantages it may provide.

How to Properly Insulate your Attic?

Proper tips and installation methods are extremely crucial for every Canadian homeowner to take into consideration before conducting an attic insulation installation. 

• Organize the Area → Clean the attic of waste, dust, and old insulation. Installing insulation comes before fixing any leaks or damage. Make sure your attic has adequate airflow to avoid moisture buildup. 
• Choose the Right Insulation Material → R-value, resistance to moisture, and compatibility with the construction of your attic are a few things to think about. To choose the best choice for your needs, conduct research on various insulation materials (cellulose, spray foam).
• Determine the Necessary Insulation Thickness → Depending on your location and environment, determine the recommended insulating thickness. For insulation requirements, abide by local building laws and regulations.
• Eliminate Air Leaks → Find any air leaks or breaches in the attic and seal them, paying particular attention to the areas surrounding vents, ducts, fireplaces, and electrical penetrations. To fill holes and stop air leakage, use caulking, weatherstripping, or insulation foam.
• Use the Right Safety Equipment → To protect yourself from insulation fibers and dust, put on protective gear, gloves, goggles, and a mask. Make sure the installation has adequate attic ventilation.
• Correct Insulation Installation →For your selected insulation material, follow the manufacturer’s directions. Make sure the insulation is evenly covered without crushing it. Wiring, plumbing, and HVAC components are examples of impediments that should be avoided. Be cautious when you are close to obstacles like electrical, plumbing, or HVAC components.
• Protect Access Points → To reduce heat transfer, remember to perform attic insulation installation access points like hatches and doors. For these areas, use weatherstripping or specialist insulation materials.
• Seek Professional Assistance → If you’re unsure about or uncomfortable with the installation procedure, seek the advice of or employ a qualified insulation contractor. Professionals have the knowledge to guarantee a faultless installation and handle any difficulties.

You may boost your chances of completing a flawless attic insulation installation and creating a cozy and energy-efficient house by paying attention to this information.

What is the Best Insulation for Attics?

The decision between spray foam and cellulose insulation for attic insulation installation is influenced by a number of variables, including your unique requirements, financial constraints, and the state of your attic. Both insulation types offer advantages and things to keep in mind. 

Here is a comparison to assist you in making a wise choice:

Spray Foam Insulation

Spray foam insulation has excellent air sealing properties, which lower air leakage and increase energy efficiency.

Benefits 

• Excellent Air Sealing → Insulation made of spray foam has excellent air sealing properties that lower air leakage and increase energy efficiency.
• High R-value → It offers great thermal resistance and has a high R-value per inch, which helps maintain cozy indoor temperatures.
• Moisture Barrier → Closed-cell spray foam functions as a moisture barrier, obstructing the flow of water vapor and lowering the likelihood of condensation.
• Long Life → When done correctly, spray foam insulation may endure for many years without significantly degrading.

Considerations

• Greater Cost → Compared to cellulose insulation, spray foam insulation is typically more premium upfront.
• Professional Installation → It is usually required since installing spray foam insulation correctly calls for specialized tools and knowledge.
• Potential Off-Gassing → While being installed, several spray foam solutions have the potential to produce volatile organic compounds (VOCs). However, this issue can be reduced by using low-VOC products and getting sufficient ventilation.

Cellulose Insulation

Benefits 

• Cost-Effectiveness → Cellulose insulation is frequently less expensive than spray foam insulation, making it a cost-effective choice.
• Environmentally Friendly → Cellulose insulation is an environmentally friendly option because it is generally created from recycled resources, including shredded newspaper.
• Effective Sound Barrier → The sound-dampening qualities of cellulose insulation help to reduce noise transfer between spaces.
• Simple Installation → It can be put in as densely packed cellulose or loose-fill material, making attic insulation installation simple.

Considerations

• Low R-Value → Compared to spray foam insulation, cellulose insulation has a lower R-value per inch, therefore a thicker layer may be necessary to obtain the appropriate thermal resistance.
• Shifting and Settling → If cellulose insulation is not put properly, it may shift over time and lose some of its effectiveness.
• Vulnerable to Moisture → If cellulose insulation is exposed to moisture, it may lose some of its insulating qualities and perhaps grow mold or decay. It’s crucial to control moisture properly.

The ideal attic insulation installation will ultimately depend on your individual requirements, financial constraints, and the guidance of insulation experts. When choosing your choice, take into account elements including the need for air sealing, required R-value, installation difficulty, and long-term performance. You may get useful information and guidance about the best type of insulation for your attic by speaking with insulation experts.

How much does Attic Insulation Installation Cost in Ontario?

The attic’s size, the insulation’s kind, thickness, and installation difficulty are a few of the variables that can affect the price of attic insulation installation in Ontario. Additionally, market prices and contractor costs can change throughout various Ontario locations. In Ontario, here are some general price ranges for attic insulation installation:

• Cellulose Insulation → The price per square foot can be up to CAD $1.60. This cost estimate assumes an R-60 standard insulation thickness and includes both materials and labor.

• Spray Foam Insulation → Because spray foam insulation requires specialized tools and installation knowledge, its cost is typically higher than that of other insulation kinds. Depending on the thickness and particular brand of spray foam utilized, the price might be up to CAD $1.45 per inch.

It’s crucial to keep in mind that these price ranges are only estimates and may change depending on a number of variables. It is advised to speak with nearby insulation contractors to obtain an accurate estimate for your particular attic insulation installation project in Ontario.

Eco Spray Insulation contractors can evaluate your attic, take into account your insulation needs, and provide you with a precise pricing estimate based on your demands and the going rate in your neighborhood.

Why is Blown In Insulation Cost vital for homeowners?

Budget-conscious homeowners consider the blown in insulation cost for plenty of reasons. It is good having an obvious and clear understanding of what blown in is, as an insulation type, the benefits it offers when installed and the positive financial surprises it offers during an insulation installation project.

Blown in insulation offers a great number of attractive advantages and is classified as an efficient solution for property owners. Blown-in , as an insulation material, offers excellent thermal insulation and contributes to maintaining and controlling a comfortable interior temperature as well as minimizing heating and cooling systems’ reliance. Blown-in insulation contributes to energy efficiency by efficiently capturing and retaining air, thus preventing heat transfer. As a result, you can expect reduced energy consumption, leading to decreased energy expenses.

Moreover, blown in insulation stands out for its capacity to effectively fill gaps and empty spaces within walls, attics, and various areas, resulting in superior coverage when compared to alternative insulation methods. This comprehensive coverage plays a vital role in minimizing air leakage, preventing drafts, and enhancing the overall quality of indoor air. Taking these advantages into account, estimating the blown in insulation cost empowers homeowners on a budget to make well-informed choices regarding their investment in energy-efficient home insulation. By doing so, they can anticipate long-term savings and enjoy comfort within their homes.

Which are the Main Factors in Estimating the Blown In Insulation Cost?

Before conducting a blown in insulation project you should take into consideration some specific factors that will affect the cost estimation as well as help you inside your installation budget. 

• Area → The size of the area that you think most needs insulation, for example, attic, crawl spaces or walls per square foot. Keep in mind that the larger the area the more insulation it will need to perform adequately, which will as well have an impact on the overall cost of your insulation installation project. 
• Insulation Material → There many available home insulation materials in the market. The important thing that you have to consider is the benefits that each of them can offer to you, and of course, if it will be a solution to your property’s problem. Blown in materials may be fiberglass, cellulose or mineral wool. Each of them has different prices and in case any of them is part of your insulation option then start encountering the desired R-value, personal preferences and local climate. The blown in insulation cost can fluctuate depending on the specific installation needs. For instance, insulating walls in a newly built home can cost anywhere between $1.65 and $3.80 per square foot, while doing so in an older home can cost anywhere between $1.75 and $3.30.  The choice of insulation material also plays a role in determining the overall price in both cases.
• Home Insulation Thickness → The R-value or the desired home insulation level may also affect the overall price of the insulation job. It is important to know that the higher the R-Value, the more insulation is needed and this will automatically lead to higher costs. Do not start a project without being sure of recommended insulation levels of your region as they will help you determine the suitable thickness. 
• Local Market Conditions → The labor cost of materials can vary based on the conditions of the local market. It would be better to research local prices and consult with experts that have significant knowledge of blown in insulation services and provide your insights into local cost factors. 

By considering these factors and obtaining estimates on certain project requirements, property owners can have a more precise understanding of the blown in insulation cost. This enables improved budget preparation and the ability to make well-informed choices.

Why Professional Advice and Consultation is required for Determining the Blown In Insulation Cost?

When thinking about blown in insulation, it is extremely important to seek Eco Spray Insulation professional advice and consultation. Below you will find the key benefits that you will gain from our insulation contractors. 

• Expertise and Knowledge →Insulation contractors have specific expertise and years of experience in their area. They may examine your individual requirements, existent conditions, and potential obstacles involved with the insulating project. Because of their knowledge, they can offer advice and solutions that are specifically customized to your needs.
• Accurate Evaluation → By physically inspecting the property,  Eco Spray Insulation contractors can make an accurate assessment of a variety of features, including the current insulation condition, structural components, and prospective solutions. This thorough evaluation aids in choosing the best insulation type, thickness, and location for maximum energy efficiency.
• Customized Options →  The unique needs of your property are considered in a professional valuation. To create a personalized insulation plan that addresses the distinctive qualities and problems of your home, factors such as temperature, construction layout, ventilation, and moisture management are taken into account. By doing this, the insulating solution is customized to improve performance and efficiency.

Take charge of your home’s energy efficiency and spending by using these three cost-effective methods to calculate the blown in insulation cost. You may make a well-informed choice that maximizes energy savings and improves comfort with comprehensive research and expert advice. 

Start organizing your home insulation job by dropping a quick service call and getting in touch with the Eco Spray Insulation project manager right away to enjoy the long-term advantages of a well-insulated home.

By insulating basement walls you will contribute to both moisture and mold growth prevention as well as keep pests out of your home. This article, provided by Eco Spray Insulation, offers a wealth of information on the insulation of basement walls, including its benefits and various insulation options that you may wish to consider before embarking on your basement insulation project.

Why Insulating Basement is worthy of your property? 

Basement insulation, as a wise home investment, is worth considering for a number of reasons including increased home comfort, energy savings, indoor quality, home value and reduced noise levels. By making your home more energy-efficient and comfortable, basement insulation can enhance your quality of life and save you money on energy costs.

You may make your basement a comfortable location by hiring a local insulation contractor to insulate the space underneath your home. The main benefit of insulating basement walls is to stop heat from transferring between the outside surfaces of your house, such as the foundation. After being air sealed and insulated, your basement will be protected from Canada’s harsh winters and exhausting, hot summers. Your home will have more consistent temperatures throughout if the basement is better temperature-controlled.

Why Spring is the Perfect Season for Insulating Basement Walls?

Several factors make spring the ideal time to insulate basement walls:

• Temperature Stability →  Since temperatures during the spring are frequently mild and steady, installing basement insulation is made easier because there is less risk of extremely hot or cold weather.
• Increased Energy Efficiency → Insulating basement in the spring will help you get your house ready for the hot summer months by reducing the need for air conditioning, which will result in cheaper energy bills.
• Reduced Moisture Levels →  Since springtime humidity levels are often lower than those of summer or fall, now is the perfect time to install basement insulation to stop moisture from entering and lower the chance of mold growth.
• Shorter Installation Periods → Since foam contractors are often less busy in the spring, scheduling the installation of your house insulation may be simpler and quicker.

• Comfortable Indoor Atmosphere All Year Long → By insulating basement walls in the spring, you can improve your home’s year-round comfort by helping to maintain constant temperatures and reducing drafts.

By taking advantage of spring’s advantages, you may get your house ready for the warmer weather and enjoy a more cozy and energy-efficient living environment.

Which is the Best Home Insulation Option for Insulating Basement Walls?

For insulating basement walls, spray foam insulation is a high-performance insulation solution that provides a great number of advantages. 

Both open cell and closed cell spray foam are available options that can be applied to basement walls. Open cell spray foam for regions above ground and closed cells for portions below ground is a common recommendation from Eco Spray Insulation foam contractors. 

Closed cell spray foam is a perfect vapor barrier that keeps moisture from passing through it, but it can also conceal leaks that could cause mold. Furthermore, open cell spray foam won’t hold water, and leaks will be obvious.

• Premium Insulation Performance →  Spray foam insulation has a greater R-value per inch than other types of insulation, which makes it more efficient at preventing energy transfer through your walls. R-value is a measure of insulation’s capacity to resist heat flow.
• Air Sealing Capabilities →  Spray foam insulation swells to fill in voids and crevices in your walls, forming a smooth air barrier that aids in stopping air leaks and moisture intrusion.
• Moisture Resistance → Spray foam is a moisture-resistant insulation material and can help stop the formation of mold and mildew in your basement, improving indoor air quality.
• Durability → Spray foam insulation, when incorrectly installed, can endure for many years before needing to be updated, offering a powerful and durable home insulation alternative.
• Versatility →  Spray foam is a versatile and efficient option for insulating the whole basement because it can be utilized in a range of applications, such as walls, ceilings, and floors.

Why Basement Insulation Maintenance and Upkeep is important during Springtime?

As mentioned before, basement insulation is extremely beneficial for any property type. Home insulation should be correctly installed in your home’s basement by the right professionals who have significant knowledge and experience in insulating basement walls, ceilings, foundations, etc. 

• Ensure Insulation Performance → Basement insulation can become damaged or compacted over time, which reduces its ability to stop heat transfer through your walls. Regular insulation inspections and upkeep can assist find any problems and fix them before they affect the function of your home insulation.
• Keeping Moisture Out →  Insulation that gets wet or damp loses its insulation capabilities and turns into a haven for mold and mildew. Your basement walls can stay dry and avoid moisture infiltration with routine cleaning and upkeep.
• Maintaining Indoor Air Quality → Deteriorating or broken basement insulation may release hazardous particles into the air, lowering the quality of your indoor air. Your home insulation can remain intact and contamination-free with regular maintenance.
• Preventing Structural Damage →  Your basement walls and foundation can sustain structural damage from moisture infiltration and mold growth, which will require expensive repairs in the future. These problems can be avoided with routine maintenance, which will also protect your home’s structural integrity.

Consider insulating basement walls this spring if you want to increase the comfort of your home and increase its energy efficiency and indoor air quality. To get started, get in touch with the Eco Spray Insulation project manager and take a free project estimation on your upcoming home improvement project on insulating basement walls. 

For expertized insulation services Eco Spray Insulation contractors are always willing and available to offer quality insulation services for both residential and commercial properties by fully respecting the Ontario Building Code.  A quick service call will be the best solution for you as a homeowner and for your property as well. 

What is the Common Power of Home Insulation?

Based on statistics, a great percentage of Canadian homes are ineffectively insulated due to cracks, holes, increasing energy bills and small gaps releasing air. Through the sealing and padding of potential heat-escape spots, insulation provides protection against these losses.  

There are many different insulation types, and you can apply them in various parts of your house. House insulation can help you save all year long, whether summer has already begun or winter is approaching. 

The largest energy consumers in Canadian homes are heating and cooling.  About half of the household energy costs are related to heating and cooling systems, which consume between 50% and 70% of the total energy used.  Homes that aren’t properly insulated or aren’t insulated at all can suffer energy losses that are comparable to those caused by leaving a window open or a hole in your wall all year long. Homeowners can significantly reduce their overall energy bills as well as their heating and cooling costs by installing insulation and plugging in air leaks. They also improve the climate in their own homes while drastically reducing their carbon footprint.  

How Does Insulation Function? 

Three key concepts are necessary to comprehend how insulation functions: 

• Having knowledge of heat flow 
• Recognizing the areas of your home that require insulation 
• Choosing the appropriate type of insulation 
• The purpose of insulation is to create thermal resistance and stop undesired airflow. Insulation must concentrate on containing and preventing heat flow to do this. 

It is possible for heat to move and transmit energy in a few different ways:   

• Conduction is the initial step. Conduction happens when heat transfers through a solid substance, for as when the sun warms an uninsulated roof and radiates heat into the house. 
• Convection is the following. Heat transmission through convection occurs when liquid or gas is present. Cooler air descends as a result of this fluid motion, making basements colder and attics hotter. 
• Radiation, or the transfer of heat by light, is the last known type of heat movement or transport. The warmth and light emanating from a campfire or the heat we feel from sunlight are both excellent examples of this.  

What are the requirements for home insulation under the Ontario Building Code?

In accordance with the Building Code Act, the Ontario Building Code is an official regulation. To avoid using potentially hazardous building practices, building techniques, and building materials, the Ontario Building Code Insulation Section was developed. It guarantees pleasant and secure homes for both builders and homeowners.

Each part of a house that divides the inside from the exterior and in reverse must have the following components:

• Thermal Barrier or Insulation
• Air Barrier
• Vapour Retarder

All these components are by far important for every property. A house’s inside walls that must prevent moisture and condensation during the winter season can be the best example. Ontario Building Code also gives the ability to every property owner identify the best insulation materials and how to install them properly and efficiently.

These sections are all in-depth, and everything is clearly described. For instance, a house’s inside walls must prevent condensation from accumulating during the winter. The code also specifies what insulating materials to use and how to install them. Before insulation materials are commercialized, all materials must adhere to the set standards, which are a concern for material manufacturers. Use only original material, never secondhand or of uncertain source.

What are the two most important Types of Insulation according to the Ontario Building Code?

The two primary types of insulation are covered in great detail and are subject to regulation by the Ontario Building Code.

Below you will find some vital guidelines for installing loose-fill insulation and thermal insulation:

• Thermal Insulation Installation → The majority of conventional insulating materials function by decreasing convective and conductive heat movement. Radiant heat gain is reduced by systems with reflective insulation and radiant barriers. To work properly, the reflecting surface must be in touch with an air space. The insulation must come into touch with an air barrier in order to keep the integrity of the material’s ability to move air unharmed. If the insulating product is water-sensitive, it must be at least 2″ above the crawl space floor. Insulation must be covered by either 12mm cement parging or 6mm preservative plywood in the event that it is exposed to environmental occurrences.
• Loose fill-Insulation →These small particles come together to form an insulating substance that may be used in any room without harming finishes or structural components. Due to its flexibility, loose-fill insulation is a good choice for retrofits and circumstances in which other types of insulation would be challenging to install.

Where to use Home Insulation?

Ceiling

Your home’s ceiling insulation helps maintain a comfortable temperature throughout the year. It will aid in reducing the amount of heat gain in the summer and preventing heat loss during the winter.

House insulation also improves the efficiency of heating and cooling. Therefore, it will use less energy to cool or heat your space when you turn on your air conditioning or heating appliances. Ceiling insulation works to save energy expenses both in the winter and the summer.

Walls/ Basement Walls

You can convert your basement into a climate-controlled sanctuary by hiring a local insulation contractor to insulate the space underneath your house. Basement insulation’s purpose is to stop heat from moving from your home’s outside surfaces, such as the foundation, to the outside. Your basement won’t be subject to Toronto’s chilly winters and stuffy, muggy summers once it has been air sealed and insulated. 

Attic

Attic insulation is essential for environmental advantages, comfort, moisture control, noise reduction, and higher property value. It is a wise investment that can help your house, your finances, and the environment in the long run.

How to understand the Insulation Requirements of the Ontario Building Code?

The Ontario Building Code stipulates a minimum level of energy efficiency for all new construction, major renovations, and extensions. You’re not alone if you’re thinking about insulating your home but aren’t sure if it complies with the most recent building codes. The good news is that there isn’t just one adjustment that needs to be made, instead, you can select an entire set of energy-saving upgrades to meet the Ontario Building Code standard.

Eco Spray Insulation contractors are experts in the insulation field and industry and can offer adequate insulation services for your property. Whether it is sprayed foam insulation, Blown in insulation, garage insulation, etc.

 Eco Spray Insulation is here to assist you anytime and transform your home environment into a healthier, cozier and energy efficient one. 

Get in touch with our project manager for scheduling your own on-site appointment and learn more about the benefits of home insulation before performing your own insulation project.

Pipe insulation, on the other hand, plays several less dramatic roles in the home. These not only save money on utility bills but also make life easier for the owners of both residential and commercial buildings.

Heat Gain and Loss Reduction

One of the most neglected advantages of pipe insulation is its ability to reduce heat loss and gain. In a home without adequate pipe insulation, the hot water loses heat, and cold water gains heat as it passes through the plumbing lines. When pipe insulation is used, this otherwise inevitable effectualness is considerably reduced. 

In the case of a hot-water pipe, it may not seem like a huge deal that the plumbing run doesn’t lose heat. The benefits are substantial: you save money on your monthly energy bills. So you won’t have to wait as long for hot water to reach your kitchen or bathroom fixtures.

Condensation Management

Home insulation helps minimize condensation when the surfaces of plumbing pipes are cooler than the surrounding air. Which, if left unchecked, would erode the pipes and fittings over time, eventually leading to a catastrophic collapse. 

Condensation, though it may seem unimportant, is a regular occurrence, especially when cold-water lines come into touch with warm, humid air. Warm air is kept out of the pipes using vapor barrier-wrapped pipe insulation.

Another benefit of pipe insulation is that it protects persons as well as pipes from damage caused by contact with extremely hot or cold piping.

Selecting Your Insulation

Pipe insulation comes in a variety of forms, each constructed of different house insulation materials and capable of insulating to varying degrees. Some are better suited to hot-water applications, while others have the vapor barrier needed to prevent condensation in a cold-water line. The following are the key types of home insulation:

Conventional foam insulation

It has a slot on one side that allows it to easily fit over existing pipes. It’s a good idea to tape the slits shut after it’s in place to improve the product’s insulating ability.

Self-sealing foam insulation

Unlike traditional pipe insulation, self-sealing foam insulation has an adhesive along the slit. Remove the tape and push the adhesive strips together to complete the project.

Spray foam insulation

Spray foam pipe insulation excels where there is limited space between the water pipes and the outer walls. Often is installed by experts with pressurized containers.

Fiberglass pipe insulation

Fiberglass resists heat effectively, this form of hinged, paper-coated rigid fiberglass insulation is most commonly employed where pipe temperatures are extremely high.

Benefits vs. Costs

Is it ever a bad idea to insulate pipes? “The only time I can think of where pipe insulation would be a negative idea is on radiant heating or cooling loops. In which insulation would actively work against the design of the pipe system.” 

Installing pipe insulation is energy-saving and provides peace of mind in all but a few cases, but does the value exceed the cost? Whether or not you hire a contractor may have an impact on this. Doing the job yourself—which is usually not difficult—tips the balance sheet in your favor, whereas hiring help may or may not be worthwhile depending on where you reside.

The Importance of Pipe Insulation

Reduced Utility Costs & Thermal Performance

Pipes require proper house insulation to function properly. Temperature consistency is critical in natural gas pipes, whether hot or cold. By preserving the temperature from pipe entry to exit, adding industrial pipe insulation improves process control. This can result in higher energy efficiencies, which can contribute to lower operating expenses.

Condensation

When temperatures aren’t kept consistent, pipes might condensate, resulting in pooled water. Condensation can be reduced with proper insulation and the application of a suitable facing.

Controlling the sound

Pipes can produce vibrations or even hammering noises while in use. The absorption of these high-pitched operational noises might be aided by pipe insulation.

Safety

Pipes with elevated temperatures can be dangerous to come into contact with. By reducing heat transfer, fiberglass pipe insulation can create a protective layer over the pipe surface. You’ll need insulation that can protect you from fire and slow the spread of flames in these high temperatures.

Expertly Conceived

Pipe insulation that comes in a clamshell form, making it easier to seal in place, is available for quick and easy installation. Use house insulation with a facing that creates fewer creases and is simpler to wipe clean for a clean, polished look in the area.

By diligently following these tips, you can significantly minimize the risk of expensive problems arising and safeguard the long-term value of your property. Don’t underestimate the importance of summer maintenance – it’s an investment that pays off in the form of a healthy and well-maintained home.

Outside Power Washing

Use a power wash with a mildew remover to keep your house clean and beautiful. This lets you remove any mold or mildew that may have developed due to the summer’s high humidity and heat. Make sure to power wash your siding with a remover that is appropriate to your home’s siding to keep it looking good for longer. You should also power wash your deck and porch because you will most likely be barbecuing with family and friends.

Examine Your Entire Residence

Make a careful inspection of all of your belongings. Check to see if any doors or windows need to be upgraded, and replace any screens that have been damaged throughout the winter. You should also inspect your home’s siding and roof for any damage and make any necessary repairs. Spend a quiet day tending to your garden to keep your front and back yards looking lush and lovely.

Examine Your Insulation

Once you’ve completed a thorough inspection of the exterior of your house, it’s time to focus on the interior. Home insulation plays a vital role in both saving money on utility expenses and ensuring year-round comfort. By effectively preserving cool air during hot summer days, insulation allows your air conditioner to work efficiently when needed. Similarly, it helps keep your home warm during colder months. As you assess the insulation, pay close attention to any visible cracks or gaps that may require filling. It’s important to address these issues promptly to prevent air leakage. A

Additionally, be mindful of any signs of moisture or dampness, as they can lead to the growth of mold and harmful germs in your living space. Prioritizing insulation maintenance not only enhances energy efficiency but also promotes a healthier indoor environment. Trust in the power of quality insulation to keep your home comfortable and your utility bills in check.

Make an Appointment For an Inspection

Summer is a time for you to enjoy yourself and spend quality time with your loved ones. Eco Spray Insulation insulation contractors can assist you with a comprehensive insulation evaluation of your home to ensure that your home insulation is in good functioning order and that your property is in good condition. Our team of specialists can inspect your roof for pests, ventilation, skylights, air or water leaks, and insulation issues.

How does it work?

Please provide us with your contact details. Eco Spray Insulation will get in touch with you to set up an appointment. Please contact us at (416) 860-6664 or info@ecosprayinsulation.ca. After that, you’ll meet with our estimator, who will provide you with details of your insulation job. You will receive a customized proposal with a project description, additional options, and a complete price. Please do not hesitate to contact us if you have any questions.

1. Inspect your windows

Before you winterize your windows, confirm your glass panes are in fine condition. If you discover cracked or broken glass, replace the panes and feel confident that they’re now doing their job all year long.

2. Add insulation to the windows

If you’ll access the world behind the window or door trim, adding batt insulation or spray foam insulation is one of the simplest ways to insulate doors and windows for winter because it can keep cold air from coming through the window. Just give us a call and we will think about the rest.

If you decide on spray foam, search for the type that’s made to be used with doors and windows. If you employ batt insulation, don’t overstuff the world, it works best when it’s gently inserted and stays fluffy rather than compacted.

3. Add weather strip

Both doors and windows are often weather stripped for added protection from drafts and weather. There are different types of weather strip, so confirm you’re using the proper stuff for your needs.

4. Caulk round the windows

Caulk is a cheap thanks to seal windows for winter, and a couple of tubes go an extended way. there’s some skill involved in caulking and it’d take a touch while for you to develop the technique. Get the simplest look and results by using the proper caulk.

For windows and doors — and even siding — a polyurethane caulk is best because it’s paintable, doesn’t shrink, sticks better, and doesn’t attract dust and dirt.

How to Insulate Windows

While the ideas above work great for both windows and doors, there are some solutions that are specifically designed for winterizing windows. Let’s see how those pile up and you’ll decide which option is best for your situation.

1. Install storm windows for extra wind protection

If your windows came with storms, then you almost certainly already know the method of putting in them in winter and taking them out so you’ll put your screens back in nice weather.

But if your windows didn’t accompany storm windows, you’ll purchase new ones and add them at any time to assist you to tackle stubborn drafts.

2. Use window insulator kits to extend insulation

Many people swear by seasonal window insulator kits. they will actually do an honest job of keeping out drafts and, for the worth , they can’t be beat. To not mention, it’s an excellent quick and straightforward fix to assist winter proof your windows.

3. Hang thermal window fashions to trap in heat

Heavy, thermally lined drapes block breezes very effectively, which is why they’ve been a favourite solution for therefore long. They cost quite plastic insulator kits, but you’ll reuse them year after year. Hang them as close as you’ll to the windows for the simplest results and luxuriate in the design of latest drapes!

4. Winterize windows with cellular shades

If you like the idea of a window treatment that helps keep your home insulated but don’t like the look of thermal drapes or you want something to use year-round, try cellular shades. They have a more versatile look and can be custom ordered to fit your windows perfectly.

5. Cover basement window wells to extend energy efficiency

If you’ve got basement windows with wells, an excellent thanks to increased energy efficiency in your house is to cap those wells with covers. they’re going to prevent both energy and money by trapping in heat and preventing drafts. they will also block moisture from seeping in and causing other concerns.

6. Reinforce your windows to form them less drafty

Have drafty double-hung windows? If they need one sash fastener within the middle, you’ll optimize the fit and secure it better with two sash locks.

Remove the first sash fastener then reinstall it a few third of the way in on one side and add the new sash fastener one a 3rd of the way in on the opposite side. You’ve just added more security to your home and locked out air leaks.

7. Apply Window Film Insulation

The film attaches to the surface of the framework with double-sided tape. Acting very similar to the argon or krypton gas that fills the space between double-glazed window panes, the pause pocket created between the film and therefore the window hinders air and thermal infiltration. This insulation is different from a reflective window film (or low emissivity film). The reflective film sticks directly on the glass while window film insulation must remain faraway from the glass. This material has been proven in laboratory tests to lower a window’s u-value by up to 13-percent. Upon removal, the double-sided tape may strip off paint from your framework. Homeowners often find that they have to re-paint parts of their window trim after the window film has been removed.

8. Add Caulk to Gaps and Cracks

When you have cracks within the sash or round the window that are 1/4-inch wide or less, squirt the world with water-based latex caulk. Use silicone-based caulk for metal and glass surfaces. For sections that you simply shall later paint, use paint-quality caulk since not all caulk (notably silicone) are often painted. Caulk is inexpensive and straightforward to use . All caulk periodically must be reapplied, especially if the window area is subject to expanding and contracting. So, expect that you simply will likely have to strip away and re-caulk these areas after just a year or two.

9. Add Weatherstripping

Stationary parts in or around windows are often crammed with EPDM, foam, or felt weatherstripping. Movable parts of the window, like the gap between the sash and therefore the framework , can also be crammed with weatherstripping on a short lived basis. Unroll the weatherstripping and force it into place together with your fingers. If you’ve got to force within the weatherstripping, use a blunt object sort of a paint stirrer as a pointy item sort of a spatula may slice the weatherstripping. Weatherstripping is straightforward to use and can leave no residue or mess when removed. When applied to movable window parts, the window can’t be opened or closed. If you are wishing to open the window, the stripping must be removed, then applied once more . Often, this is often a suitable solution since windows tend to stay shut during the winter anyway.

10. Insert Spray Foam

Large, accessible gaps around the framework should be crammed with polyurethane, expandable spray foam. Insulate with spray foam as long as you have already got access within the sort of large holes or cracks. Stripping away drywall and plaster to realize access often will create more problems, so make certain to balance the expected work against energy-saving benefits.  Rarely will you’ve got enough full access to the wall cavities around the window. Spray foam is difficult to regulate and may expand out of the wall cavity, onto the wall or floor, so make certain to get low-expansion foam.

11. Install Energy Efficient Window Treatments (Thermal Curtains)

Window treatments that provide extra insulation tend to return in two forms: thick side-drawn draperies or vertically-drawn pleated (or cellular) blinds. The draperies are far thicker than ordinary ones and have tie-backs to carry them against the wall, further blocking air infiltration. Pleated blinds that move up and down appear as if typical mini-blinds initially glance. Insulating draperies and blinds only work when closed. Pleated blinds do little to regulate air infiltration since they’re too light to stop air from getting into your home.

Glass has no insulating value, so windows are the most important areas of warmth and cooling loss in a house. Insulating them can economize and make your house easier, and if you select certain types, also can cut harmful UV exposure. So give us a call at (416) 860-6664 or send us an email at info@ecosprayinsulation.ca  and we will give you a free estimate.

According to the National Institute of Building Sciences, building science is a collection of data that attracts physics, chemistry, engineering, architecture, and also the life sciences. Understanding the physical behavior of the building as a system and the way this impacts energy efficiency, durability, comfort, and indoor air quality is important to innovating superior buildings.” Whereas most students of building science target the industrial aspect of the building, building science has created vast contributions to how you reside in your range in recent years.

An associated example acquainted with several is that the Nest thermostat. This can be a thermostat that programs itself. It learns however you reside to lower energy prices after you aren’t home. There’s an app that permits you to regulate it remotely. that’s what you see. The real building science is found within the walls with the heating, ventilation, and air con (HVAC) system that it’s controlling. Comfort is quite simply setting a temperature. however, will the air get delivered? Are there drafts? Are there hot and cold spots in my home? Is the air in my home safer to breathe than the air outside my home?

Systems and Building Science

Building science takes a systems approach to shaping and up the house, we are going to live in. There are 5 primary areas that have got to work along to boost our expertise in our home:

• The Building Enclosure – The building enclosure or building envelope is the physical apparatus between the inside and exterior of a building. This enclosure has several openings akin to doors, windows, vent pipes, etc. Building science seeks to consistently ensure that air and wetness are blocked, eliminated, or managed within the construction of a home. This ends up in higher air quality, elimination of rot, and lower energy bills.

• Occupants/Inhabitants – Building Science seeks to boost the livability of a home. Not just for the humans inhabiting it however conjointly for the pets that live there and also the plants which will improve the standard of the home. This impacts the overall home design.

• Building Services – This includes things akin to electrical and mechanical systems. As within the example earlier, HVAC is during all|one amongst|one in every of} the foremost vital systems in a home. Not only for the comfort and health of the occupants of the home, but HVAC is the biggest bad person in most homes for driving up operational prices as a result of incorrect installation or poor design. Lighting conjointly plays a significant role in the livability of a home. whereas basic lighting works, thoughtfully planning a home’s lighting package will considerably alter the texture of a home and also the value of living in the home.

• Site – This covers things such as landscaping and the service infrastructure. Slopes, water management (drainage), and views play a vital role in positioning a home on site. However, the situation of the sun ought to play the most important role: choose wherever to position your home on a building site. In fact, this last purpose is so important, it ought to be thought of at the time of buying a lot – well before you even begin to make your new home.

• External atmosphere – this implies planning and building a home for the region and climate that it’ll be in. For example, you don’t place a wood shake roof on a home vulnerable to wildfires or a clay roof on a home prone to freezing. A home must be designed for and use materials applicable to the situation wherever it will be built.

Building Science and your home

1.Your home is a system

Getting settled isn’t as basic as introducing some HVAC equipment and considering it every day. Your home is really an arrangement of components, all of which cooperate to make you comfortable.

At the point when the system isn’t working appropriately, you won’t really feel comfortable. 

To get your head around this idea, it assists with knowing the idea of a building envelope. Your home’s envelope is the warm and weight limit that keeps some air and warmth inside and other air and warmth outside. As a rule, the tighter the envelope, the more comfortable you are. 

New homes will in general be tighter with fewer air spills. Building science has come a long way in the last few decades. For example, we currently understand that homes don’t get the chance to “inhale” which a good envelope with controlled ventilation empowers simpler conditions than a cracked house that drains molded air. 

The main concern for homeowners: If you utilize AC in summer and warmth in winter, you might want to remain the molded air inside your home. The less air that holes out, the higher air fixing helps keep adapted air inside. 

2. The biggest pressure boundaries are at the top and bottom.

Throughout the colder time of year, warm, diffuse air inside your home ascents. Colder, denser air spills in from the outside, for the most part from the base up. This wonder is known as the stack impact. 

Be that as it may, the converse is valid throughout the mid year. Warm air from the outside enters from the head of the envelope, pushing cool freshen up from the base. 

It’s hard to believe, but it’s true. Warm air doesn’t generally rise. 

What is the point of all this? To emphasize exactly that it is so imperative to insulate and air seal the top and lower part of your home’s structure. That is the place the greatest weight limits are, and fixing them up can go far toward keeping you comfortable. 

The main concern for property holders: Due to the real factors of air and warmth development in a shut framework, epitomizing your crawl space and air fixing your attic are normally the most valuable home execution overhauls.

3. Pulling in “good” air and flushing out “bad” air creates healthier conditions.

Great air is free from allergens and impurities. It’s fresh. For the most part, it goes through a filter before it enters your lungs. This is the sort of air that you need flowing all through your home. 

Awful air, then again, is messy. It contains particulates, a large number of which are invisible to the eye. These particulates bother allergies. Awful air likewise will in general be stale and sticky. 

How would you keep the great air in and the awful ventilate? Enter the frequently overlooked “V” from HVAC: ventilation. 

The main concern for homeowners: Indoor air quality issues and proper ventilation makes indoor air safe to breathe: 

Ventilation work ought to be fixed. You would prefer not to pull an unfiltered attic or crawl space air through your return. You also don’t want to mix supply air with unfiltered, unconditioned air before it’s released through your vents. 

4. Equipment matters, but it won’t solve every comfort problem.

A great deal of HVAC issues are really home execution issues. We can’t check the occasions we’ve had customers swear they required new equipment  when a more cost-effective home improvement was all they required: 

Hot upstairs rooms regularly profit by attic air fixing and insulation updates, not an all the more impressive forced air system. 

High bills in some cases result from air spills in the crawl space and attic. 

Humidity issues might disappear after tightening the home envelope.

To be sure, many comfort problems do require things like new heat pumps, entire house dehumidifiers, and controlled ventilation systems. Yet, when the issue has to do with home infrastructure – or the home’s envelope – it’s smarter to fix that issue. That way, you’re tending to the issue at its source, not putting a bandage on it. 

A primary concern for homeowners: If you’re not as agreeable as you’d prefer to be, don’t quickly fall back on an equipment update. The issue isn’t your equipment – it may be your home. Furthermore, there’s quite often an approach to fix it. 

Building science isn’t only the most comfort-effective decision. It very well may be practical, as well.

A building envelope is the physical separator between the conditioned and the unconditioned environment of a building. Due to its role in the maintenance and protection of a structure it is one of the most important components in building design. The envelope includes many components of a building: walls, floors, roof, windows, doors and quality construction can enhance the architectural design whilst improving the thermal performance of a building.

The envelope determines the formal qualities of the building and is a crucial part of the architectural design. A good building envelope involves using exterior wall designs and materials that are aesthetically pleasing, structurally sound, and climate-appropriate. The 3 basic elements of a building envelope are air and thermal barriers and weather.

Air Barrier Systems

The external environment is very dynamic but of course, people want the internal environment to be constant. To create a good building with high comfort and low energy for its occupants, the design first relies on the envelope and second on the services.

One of the important parts of your building envelope is the air barrier system. The air barrier system prevents unwanted air flow and leakage from the interior of your home to the exterior. It also helps to:

• Ensure a comfortable indoor environment
• Prevent moisture condensation
• Minimize soil gasses moving into the interior

Vapour Barrier Systems

Also the vapour barrier is equally important in your building envelope as the air barrier. It protects your home from unwanted moisture and water in your attic, walls, floors, and roof. The Ontario Building Code specifies the number of different types of vapour barriers: vapour barrier paints, foam plastic vapor barriers, and polyethylene and other membrane type vapour barriers.

In order to work efficiently a vapour barrier needs to be installed correctly or if not it may fail and cause damage. A vapour barrier needs to be: 

• Installed close enough to the insulation in order to prevent condensation
• Installed on the warm side of the floor, wall, or ceiling

Why is the Building Envelope Important?

One of the easiest ways to significantly increase the performance of a building is a good building envelope design. The overall construction is important in controlling the levels of ventilation, light and heat flow.

Ventilation

A way how we can measure the quality of a building envelope is whether it can allow for the ventilation of fresh air whilst protecting the structure from air leakage. If the envelope and fenestration components are not sealed correctly, natural weather conditions such as strong winds can increase the amount of air that escapes through the envelope. Therefore, it is possible to increase the energy efficiency of a building by restricting the passage of air.

Insulation

With both new build projects and refurbishments, adding thermal insulation to a building envelope has proven to be a cost effective way to reduce energy bills. Insulation provides resistance to energy flow by reducing the amount of energy required to cool or heat a building throughout the year. Can also contribute to the reduction of energy consumption maximising sunlight in the design by incorporating glazing.

Fenestration

The arrangement of doors and windows can have a significant effect on building envelope efficiency. Well-sealed energy efficient windows and maximising sunlight with glass can be significant in design, but regulating the orientation and the size in a large commercial premise is essential to balance the flow of heat that is generated from natural light.

Home Insulation

One of the things you can do to affect the airtightness of your building is to ensure that you have installed adequate insulation. But what is adequate differs for each house, the building sciences approach means that each part of your building envelope and the varied advantages, needs, and disadvantages of each home must be considered as a whole instead of individual parts. One of the key terms in insulation is R-Value. Which refers to the material’s ability to withstand heat transfer. A higher R-Value doesn’t equate to better airtightness of your building and needs to be considered by your contractor in relation to the other component parts that are making up your building envelope.

When it comes to insulation we recommend paying attention to two places in the home: the attic and basement. The most important place in your home is the attic when it comes to making your building more airtight. If the attic is not insulated the conditioned air may be escaping into the attic and out through the roof ventilation or that heated attic air may be coming down and making for an uncomfortable environment. An uninsulated basement may have moisture problems that can lead to mold growth. Insulating a basement can help improve the efficiency of the entire home. Spray foam insulation adds structural stability as well as airtightness, making it an excellent all in one application.

Contact the Experts

When it comes to addressing the building envelope, you can trust the experts at Eco Spray Insulation to help you to get it right. As we have mentioned above, insulation plays a huge role in an effective building envelope. Our top choice is spray foam insulation for new builds and retrofits because it acts both as a vapour and air barrier in one. It also provides excellent R-Values and insulating power.

The team at Eco Spray with nearly a decade of experience working with insulation and The Ontario Building Code, have the practical knowledge and skills to make installation easy. Contact us at 1-416-860-6664, or by email at info@ecosprayinsulation.ca and our Professional Team will be happy to assist you.

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