Canada Day 2025: The Heart and Soul of Canada

It might surprise you to know that of the over 1.2 million employers in Canada, 97.9% are small businesses. In fact, more than half of those employers are micro-companies with less than five people. As well, 18.6% of these same small businesses employ five to nine staff members.

To put those numbers into perspective, about 75% of Canadian companies are run by small business owners with teams of under 10. As the heart and soul of our economy, these companies support communities across Canada.

Canada Day 2025: SMSBs Support Canada’s GDP

There is a misconception that major corporations drive our economy. However, it’s the small- to medium-sized businesses (SMSBs) that make a difference to our gross domestic product (GDP). In fact, 37.5% of our GDP is generated by the small business sector. An additional 14.4% is thanks to medium-sized businesses.

As a result, SMSBs account for over 50% of Canada’s total economic output. Yvon Building Supply is committed to supporting local suppliers and offering their high-quality building materials to local contractors.

Canada Day 2025: How Canadians Help the Economy

When you support local businesses, you also help the Canadian economy in the following ways:

• Stronger GDP: Every Canadian-made purchase you make strengthens the Canadian economy by contributing to our GDP. It also increases demand for those products, stimulating production and creating more jobs. In cases where the manufacturer buys Canadian, demand for Canadian-made materials also increases.
• Funding community projects: Choosing local retailers over major non-Canadian chains ensures every loonie you spend stays in your community.

  The taxes collected from local businesses go toward community improvements and infrastructure. You help pay the wages of local retailer staff, and small business owners can afford more competitive wages.

• Job stimulation: When local businesses are successful, they can afford to expand and create more jobs in your community. When people have a steady income, they continue to buy more Canadian goods.
• Growth: As local businesses grow, they increase orders to Canadian suppliers, further contributing to the GDP. The suppliers can hire more staff to keep up with demand, thus reducing unemployment.

  Higher employment facilitates more purchases, creating a continuous cycle of growth and a self-supporting local economy.

• Resilience: When you support local businesses, you help create more resilient supply chains that no longer rely on imports. You also reduce international competition for local entrepreneurs, creating more sustainable Canadian businesses.

Canada Day 2025: Buying Locally Helps the Environment

Buying locally for both businesses like Yvon Building Supply and our customers is also easy on the environment. As Canadians, we are proud of the green spaces in our communities and are happy to do our part to help them thrive.

When Yvon Building Supply buys Canadian-made building materials, we reduce our carbon footprint, keeping our community healthier with less pollution. When our customers make local purchases from us, they also reduce greenhouse gas emissions produced by long-haul deliveries and their company’s own transportation. 

Canada Day 2025: Buying Canadian Is Neighbourly

Canadians have always lent a helping hand, whether at home or abroad. Our neighbourly attitude is clear in our communities when faced with disasters and is becoming even clearer as we embrace the “elbows up” movement.

Our collective decision to buy Canadian products is what locally owned businesses and entrepreneurs need to build a sustainable economy that is independent of the partners on which we used to rely. It is the neighbourly thing to do, contributing to stronger, self-sufficient communities.

However, it is also an opportunity to discover new experiences in your community, from specialty grocers to trendy restaurants and exciting clothing boutiques to building supply stores like Yvon Building Supply.

Canada Day 2025: How to Do Your Part

If you want to start supporting local businesses but aren’t sure where to start, we can offer a few tips to make life easier:

• Before you make a purchase, research small businesses in your community to find alternatives to your go-to larger stores.
• Keep an eye out for new shops, restaurants, and services in your community while you’re out and about.
• Ask friends and neighbours where they shop for specialty items.
• Follow the social media of local small businesses.
• Subscribe to a community newsletter.
• Don’t be afraid to pop into new places, even if you don’t need anything, to familiarize yourself with what they offer.
• Don’t be so quick to toss local handbills and flyers away, and instead read them to discover new possibilities.
• When shopping online, look for Canadian-made products.
• Book Canadian or provincial getaways and vacations instead of spending your money abroad.
• Look for the Canadian emblem when shopping and select those brands over unflagged brands.
• Share posts from Canadian businesses you follow to help them expand their reach.
• Give your favourite local boutiques’ gift cards to friends and family.
• Spend Saturday or Sunday visiting local farmers’ markets and shops to enjoy seasonal produce and farm-made jams, jellies, and condiments.
• Download a Canadian brand app to confirm whether something you’re purchasing is Canadian-made.
• Understand the difference between something manufactured in Canada and a true Canadian brand, and opt for the latter when possible.

Contact Yvon Building Supply

Canada Day 2025 is the perfect day to stand up for Canada and adjust your buying habits to support your community. Yvon Building Supply provides high-quality, locally sourced building materials to contractors and homeowners. We are proud to make it easy for our customers to invest in Canadian-made products to help them in their efforts to support our industry and the Canadian economy.

At Yvon Building Supply, we also offer competitive pricing, reliable bulk ordering options, and wholesale construction materials, supporting contractors with high-quality items and streamlined processes. For more information about our services, call us at 905-635-8700 or contact us online.

The post Celebrating Canada Day: The Impact of Supporting Local Businesses and the Canadian Economy first appeared on Yvon Building Supply.

What is the purpose of ventilation systems?

During residential construction projects, proper ventilation systems are installed to maintain healthy, comfortable living spaces. Ventilation systems also provide air circulation to reduce moisture in areas such as the attic. Moisture control is essential to reduce the risk of structural damage caused by moisture to materials such as wood and insulation.

Why is removing moisture important to ventilation systems?

Removing stale, moist air from spaces such as attics, laundry rooms, and bathrooms is critical in preventing moisture buildup. Moisture damage, particularly to wood, leads to rot. As wood rot sets in, it slowly deteriorates the structural integrity of framing, rafters, trusses, ceiling joists, attic beams, and roof decking.

Mould and mildew are also common results of ongoing moisture exposure. If left unchecked, mould can spread into living spaces, damaging walls and ceilings. As with rot, mould can ruin the integrity of not just wood but also materials such as insulation and drywall.

Why is moisture a risk for mould growth?

Mould spores exist in all indoor spaces. When the environment lacks moisture, they continue to float in the air without posing a threat. However, they are attracted to moist, warm areas and seek damp surfaces where they can settle. Wet surfaces caused by condensation and moisture in areas such as bathrooms or attics are the types of environments where mould thrives. Proper ventilation systems eliminate dampness and moisture.

Why is mould so dangerous?

Mould is especially worrying as it spreads spores throughout the home and across surfaces. When breathed in, these spores are damaging to your health. Spores first cause signs of mild allergies, but as they float in the air, symptoms worsen. Respiratory problems can develop, starting with a chronic cough and progressing to wheezing and shortness of breath. Those with respiratory issues such as asthma are at higher risk of complications. As well, weakened immune systems are more vulnerable to infections related to mould inhalation.

However, mould also digests the materials where it settles. This process further impacts the structural integrity of damp materials.

Is mould toxic?

There are many different types of mould, with most producing allergens that cause allergy symptoms. However, some mould types are toxic mycotoxins, including black mould and aspergillus. When inhaled or touched, these mould spores can cause more severe illnesses ranging from respiratory distress to liver damage and cancer.

What are the different types of ventilation systems?

Ventilation installation relies on using the right ventilation system to improve airflow and air quality throughout the home. The most common types of ventilation systems include:

• Natural ventilation: Natural ventilation includes operational windows and air vents. Vents are commonly used in attics and come in different types, including intake vents installed in the roof and soffit vents installed in the roof eaves. Windows allow homeowners to control air circulation in each room.
• Mechanical ventilation: This category is used for “spot” ventilation in specific areas, including exhaust systems that remove moist air from kitchens and bathrooms. Mechanical ventilation requires power and a cutout to an exterior wall or the roof.

How are proper ventilation systems determined?

The type of ventilation is regulated by local building codes. It is essential to understand what ventilation systems are required and where. Building codes are designed to protect homeowners, ensuring the home is safe. In Ontario, the general rule is that natural ventilation is required in every room via windows. In areas where windows are not possible, such as attics, mechanical ventilation is required.

Moisture issues are also a consideration in building code ventilation requirements. The code applies a specific airflow rate based on cubic feet per minute (CFM). Building code compliance for “spot” ventilation systems includes but is not limited to the following:

• Laundry rooms: A duct connected to a central exhaust fan of 10 cfm, and an exhaust duct independent of other ducts accessible for lint removal.
• Bathrooms: Supplemental bathroom exhaust fans are required with a minimum airflow of 50 cfm.
• Kitchens: Supplemental kitchen exhaust is required at a minimum airflow of 100 cfm.

Why are ventilation systems important for proper insulation?

Well-insulated homes rely on carefully planned ventilation to reduce the risk of moisture damage. Moisture increases thermal conductivity and decreases the performance of insulating materials. It can also lead to mould growth, which holds in moisture and degrades heat transfer. Proper ventilation enhances insulation performance and avoids common issues, including:

• Ice dams on the roof can lift shingles and cause leaks and moisture damage
• Moisture buildup under shingles causes wood rot to the roof substrate and sheathing
• Excess heat in the attic due to poor ventilation causes premature wear and damage to asphalt shingles
• Mould and dampness damage insulation and degrade R-values
• Insulation failure increases energy costs and creates uneven temperatures throughout the house, impacting home comfort
• Mould growth presents health risks
• Spreading dampness, moisture issues, and mould growth damage home interiors, including walls, ceilings, baseboards, etc.

How to Prevent Insulation Failure

Builders remain up to date on building codes and how poor construction, venting, and insulation impact proper home airflow and air quality. There are several steps experts take to prevent insulation failure, including:

• Choosing the right roof ventilation systems based on the home design, including turbine vents, attic fans and in some cases ridge and/or soffit vents
• Installing proper spot vents in rooms such as bathrooms, kitchens, and laundry rooms
• Proper ventilation installation methods to prevent air and water leaks that can impact insulation
• Choosing the right type of insulation for each area of the home based on required R-values, application methods, and material such as fibreglass

As you can see, ventilation systems are important to air quality and home comfort. By ensuring proper insulation and ventilation installation, you can improve home airflow for lasting insulation performance.

Yvon Building Supply specializes in insulation supply services for residential construction projects. Reach out to our team today to ensure you have proper insulation.

The post The Importance of Proper Ventilation in Your Residential Construction Project first appeared on Yvon Building Supply.

The Elements of Building Code Compliance

Building code compliance applies to several aspects of construction, including the following:

• Structural integrity, including framing, load-bearing elements, and foundations.
• Fire safety involves using fire-resistant materials that slow the spread of fires.
• Electrical measures for ensuring the correct installation of electrical wires and systems for efficiency and safety.
• Plumbing systems to ensure a safe water supply and plumbing functions.
• Improving insulation and energy efficiency by using sustainable building materials and enhancing occupant comfort.
• Zoning restrictions, such as height limits and property use.
• Environmental considerations focused on the protection and preservation of local resources.

Building codes can vary between municipalities and apply to the materials that impact each of these categories.

Understanding Minimum Standards for Building Code Compliance

Minimum code requirements are based on established standards of quality, ensuring a building is safe for occupation. These standards are used during building code inspections and are required to satisfy compliance under all areas of the building code, including structural integrity, plumbing, fire safety, and electrical issues.

Although meeting the minimum code requirements is acceptable, you are more likely to encounter inspection challenges based on considerations such as energy efficiency. Your building material decisions can also reduce the durability and comfort of the building, which can negatively impact your reputation.

Choose High-Quality Materials to Ensure Building Code Compliance

Choosing the highest quality building materials ensures you not only meet, but also exceed building standards. As a result, you are less likely to encounter challenges related to local building codes.

For example, premium insulation improves energy efficiency when installed by professional installers, while high-quality window and door sealants help improve indoor air quality and reduce risks related to moisture. By taking extra steps to protect future occupants, you meet the primary goal of building codes.

Avoid Common Delays Related to Building Code Compliance

Some common causes of construction project delays include:

• Lack of building code awareness
• Improper installation
• Inadequate building materials based on the specific use 
• Failure to align building plans with code provisions
• Not hiring certified code professionals and tradespeople
• Failure to remain updated on changing building code regulations
• Poor communication between trades 
• Failure to obtain required permits
• Poor record-keeping
• Failure to book inspections at key stages of the construction process
• Zoning issues (such as height restrictions)

Building Code Compliance for Renovations

Building codes also apply to renovations and change-of-use projects. Understanding the detailed technical and administrative requirements for the type of project you are undertaking is essential to ensure building code compliance. This is because the type of project directly impacts the building permits standards you must meet.

For example, a home being repurposed as a commercial space will likely lack appropriate fire protection in existing materials such as drywall. When renovations include a change-of-use, you also face possible issues that fall under zoning laws.

Building Material Performance-Based Standards

Performance-based standards require builders to choose building materials based on specific functional requirements. These standards are based on the desired outcome, such as improved energy efficiency, as opposed to the processes used to achieve those outcomes.

Choosing the right materials is essential to meet performance-based standards, as the wrong materials can change the required results. This makes passing inspections more risky, since the measurements are often open to interpretation. Thus, once again, choosing the highest quality materials focused on enhancing performance is the best way to avoid delays.

The Canadian Construction Materials Centre (CCMC)

Choosing CCMC-certified products is the quickest path to ensure that building materials are code compliant. The CCMC assesses over 1,000 construction products to ensure they are code compliant.

Before a product is certified, one must apply using the CCMC’s trusted assessment process to determine if the products meet code-referenced standards based on a set of technical criteria.

Ensure Safe Delivery of Building Materials

Meeting construction safety regulations applies to all activity at your work site, including deliveries. Choosing a building material company that guarantees safe delivery of large-scale materials is an important part of that compliance.

For example, Yvon Building Supply’s workers must complete their Workplace Hazardous Materials Information System certification (WHMIS) and are regularly trained with updated knowledge. Our workers also hold the “working at heights” and the “working in confined spaces” certificates, allowing us to safely deliver to high-rise apartments, ongoing construction sites, or other unconventional locations.

We have proper equipment, including top-of-the-line trucks equipped with hydraulic lifts. We also review potential job-specific hazards with our delivery team to prepare them for any eventualities that pose specific safety risks.

Choose Reliable Suppliers for Building Code Compliance

Confidence in the materials you purchase requires a trusted and established building material supplier. A proven track record ensures that materials are compliant with building code updates and standards, with the proper accredited certifications and undergo thorough inspections performed by regulating bodies such as UL Solutions and the CCMC.

Equally important, reliable suppliers ensure products delivered to your work site are in pristine condition, conducting close inspections of materials to ensure they are defect-free. In cases where materials are damaged in transport, reliable suppliers will also quickly replace materials to help avoid delays.

At Yvon Building Supply, our quality assurance focuses on delivering materials without damage or delays to keep your projects on schedule. Our customers rely on our customer service team, expert vendors, and brands to provide certified building and construction material. We can help you source appropriate materials that meet local building codes and safety standards, streamlining compliance with your construction projects.

As one of the largest building material suppliers in Ontario, we make it easy to access the products and materials you need for your construction and renovation projects.

You can click here to browse our top-quality building material supplies for fast delivery. You can also call us at 905-635-8700 or contact us online to discuss your needs.

The post How to Ensure Compliance With Local Building Codes When Sourcing Materials first appeared on Yvon Building Supply.

Bulk Ordering Saves Time

Bulk ordering saves time in two ways:

1. Reduced orders: Ensuring you have ample building materials available for your projects reduces the amount of time required to place orders as supplies run out constantly.
2. Fewer disruptions: Bulk ordering eliminates disruptions by ensuring the tools and building materials required are readily available. Bulk building supplies are ordered based on projected use and quantities suited to your project. As a result, you maintain a steady level of productivity without worries of delays related to material shortages.

Bulk Ordering Saves Money

Construction and renovation contractors enjoy cost breaks when ordering bulk construction materials. Most businesses, such as Yvon Building Supply, offer competitive pricing for bulk building supplies to reduce their operational costs.

Volume discounts are a direct result of manufacturer and supplier savings passed on to you, including:

• Improved inventory efficiency: Processing larger orders reduces inventory storage needs and, in turn, the cost of outsourced storage.
• Operational costs: Reduced deliveries save money on gas, wear and tear on vehicles, and packaging.
• Enhanced distribution efficiency: Suppliers can store inventory on-site to streamline their supply chain efficiency. Bulk orders also reduce the number of orders processed, which results in a faster customer turnaround.
• Reduced cost per unit: Small orders result in a higher cost per unit. For example, if it costs $5 to process an order, a $100 order results in a 5% cost, while a $10 order has a 50% cost.
• Economies of scale: Bulk orders allow suppliers to reduce their inventory and leverage economies of scale, thus selling more for less per unit.
• Decreased packaging costs: When packaged at the manufacturing level, there are substantial packaging money savings for bulk orders.

Bulk Ordering Can Improve Material Projections

Regular bulk orders make monitoring and continuously enhancing your ordering performance easier. You can record data based on material type, order volume, how long various materials last, and how much of each material was used or wasted.

As a result, your business can become better at material volume projections for improved budgeting. Introducing a bulk ordering policy also allows you to refine planning and become more proactive.

Bulk Ordering Streamlines Logistics

Bulk orders consolidate shipments, streamlining logistics by reducing time spent packaging, shipping, handling, and delivering orders. The faster an order for wholesale construction materials is processed, the higher the potential to reduce operational expenses through improved efficiency.

Another benefit to suppliers is that bulk orders help manage inventory, reducing reliance on costly third-party logistics. By keeping sales high and inventory low, they reduce their outsourcing costs and can pass even more money savings on to you.

Bulk Ordering Can Boost Inventory Management

When you order larger volumes of building materials, you can maximize storage and handling on-site. You have an opportunity to enhance efficiency, security, and accessibility with a better handle on your inventory.

As a result, you can implement methods that improve accessibility, inventory tracking accuracy and help protect against theft and damage.

Bulk Ordering Increases Project Efficiency

Construction and renovation sites are hectic, which can interfere with efficiency. Downtime charges can add up when trades are forced to wait for building supply deliveries caused by material shortages.

If a work site has limited space, you might have to stop work to move equipment to provide access for delivery trucks. This also disrupts workflow, costing more money and risking missed deadlines.

With bulk construction materials, you can avoid disruptions and streamline site logistics by scheduling a single early morning bulk delivery before work begins.

Bulk Ordering Enhances Building Material Consistency

Bulk ordering improves building material consistency and quality with one large delivery from a single supplier and brand. When you source wholesale construction materials from different brands and suppliers, you risk varied levels of quality across the entire project.

Bulk building supplies also reduce the risk of material variances that can impact quality, stability, and appearance of some finishes.

Bulk Ordering Creates a Competitive Edge

As mentioned, bulk orders are quicker to distribute and reduce delays related to material shortages. This can improve your customer experience and reputation as a contractor committed to meeting deadlines.

When you enhance customer experience, you gain a competitive edge in the tendering process. Thanks to efficient material management, you can submit better prices for wholesale construction materials and earlier completion dates.

Bulk Ordering Integrates Specialty Orders

Bulk ordering can often remove the middleman for specialty orders. For example, Yvon Building Supply can arrange direct delivery to your job site for specialty wholesale construction materials orders that we don’t keep in stock.

You avoid double delivery, which can hike up costs and delay delivery times. Our large network of vendors ensures we have access to bulk specialty building materials available to help improve supply chain efficiency.

Bulk Ordering Is Eco-Friendly

Bulk ordering is part of an eco-friendly construction approach. It reduces waste, minimizes carbon gas emissions related to transportation, and provides money savings that you can invest in to improve your sustainable efforts.

Bulk Ordering Can Raise Profits

Bulk ordering has a positive impact on your bottom line in several ways:

• You save money on material costs.
• You increase efficiency and reduce delays.
• You offer better prices to your customers while delivering high-quality work.
• You create better customer experiences, building a trusted reputation to attract higher-paying projects while generating repeat work.
• You have a competitive edge related to desirable pricing and timelines.

Contact the Building Contractor Supplies Experts

Yvon Building Supply ensures delivery by the next day for bulk orders, helping to reduce disruptions to your business or work site. All deliveries are made by licensed, certified drivers via top-of-the-line trucks equipped with hydraulic lifts. As a result, we can quickly offload large, bulk packaged orders.

At Yvon Building Supply, we also offer competitive pricing, reliable bulk ordering options, and wholesale construction materials, supporting contractors with high-quality items and streamlined processes. For more information about our services, call us at 905-635-8700 or contact us online.

The post How Bulk Ordering Building Supplies Can Save Your Business Time and Money first appeared on Yvon Building Supply.

1. Pay attention to drywall mud consistency

Premixed drywall mud, also known as drywall compound, joint compound, and joint cement, is a “ready-to-use” product that can save some time and mess. However, premixes are not always the perfect consistency. Thick compound creates bubbles that interfere with proper adherence of drywall tape.

The ideal consistency should be similar to pancake batter: thin enough to smooth over the tape, but thick enough that it doesn’t drip. A good rule of thumb when using premixes is to add a small amount of water a little at a time to get the desired consistency. Avoid adding too much water, as a runny compound causes the tape to rip.

2. Apply the right amount of mud

Applying the right amount of mud ensures it is easy to apply, dries faster, and is smoother when it comes time to sand. Adding too much mud leads to the following issues:

• You’re going to work a lot harder trying to remove the excess mud with your drywall tools.
• It will be harder to sand the surface once the mud dries, increasing the risk of ruts and bumps.
• A thick coat of mud takes longer to dry, so you’ll spend more time completing your drywall project.
• Excess mud dampens the drywall tape, making it more fragile and increasing the risk of tears.

To assess whether you’ve added the right amount of mud, you should be able to see the tape through the first coat.

3. Apply more than one coat of mud

It usually takes about three coats of mud to secure the tape and seal the joints. As mentioned, the first coat should be thin enough to still see the tape. As you apply additional coats, use consistent vertical strokes, ensuring the mud covers the taped corners and edges.

Before applying a second coat, the compound should be completely dry. Look for slightly darker spots in the mud, as this indicates you need more drying time. Proper drywall drying times can take up to 24 hours and is a critical step for smooth sanding.

4. Sand between mud coats

Sanding between mud coats is essential to avoid creating an uneven surface. Ridges and bumps are a common drywall mistake that makes it harder to use your knife to spread the next coat. Drywall sanding keeps the surface smoother, while also improving adherence for additional coats.

5. Understand the different types of drywall compounds

The two most common types of drywall compounds used by drywall contractors are taping compounds and finishing compounds. As the name implies, taping compound is used for the first coat. It hardens faster and helps fill the cracks between drywall joints.

The final two coats use finishing compound to achieve a smoother application that is easier to sand while ensuring a smooth drywall finish. However, you can also look for an all-purpose compound that can be used for all coats.

6. Sand for perfection

Drywall is finicky work that tends to show every little imperfection. Although you might think paint will hide imperfections, it tends to make them more visible. Therefore, it’s important to work diligently.

Be sure to feel for ridges and bumps, and stand back to critique your work. If you find that your surface is bumpy, never apply more compound, as this just makes things worse. Instead, continue to sand until you achieve a smooth surface that is ready for your paint primer.

7. Use the right drywall tools

The drywall tools you choose impact how easily you complete each task and the results you achieve. The most important drywall tools are your knives, which come in different blade sizes. Drywall contractors usually recommend using the following guidelines when selecting the right drywall tools:

• Choose a 2” to 4” straight-edged knife for the first coat so you can work the compound into the seams.
• Switch to a 10” to 12” knife for the final coats, as well as when working on larger areas.
• Always use a corner knife to tackle both inside and outside corners.
• Use a 6” straight-edged knife for drywall patch jobs. 

8. Tap the tape into place

Once you apply the first coat of mud to the joint, use your fingers to tap the drywall tape into place every foot or so. You can then swipe your knife over the tape to embed it into the mud.

You want to use a gentle touch, as too much pressure will move and/or tear the tape. Smooth, gentle, horizontal swipes will get the best results, filling the joints and adhering the tape.

9. Leave gaps between drywall boards

Cutting drywall to an exact measure doesn’t provide any wiggle room. As a result, you have to force the boards into place, leading to bulges or cracks. By including a ⅛” gap in your measurements, the joints are easily covered with tape and mud, and you avoid having to remove and recut damaged boards.

10. Keep boards as large as possible

Avoiding unnecessary cuts will help create a smoother drywall finish, while also making your job easier. The fewer the joints, the less tape and compound you need, and the faster the installation.

11. Avoid drywall joints above doors or windows

A common drywall mistake that leads to joint cracks is improper installation above doors and windows. This is usually caused by aligning the drywall edges with the edges of the opening.

To avoid drywall repairs in these areas, it’s best to notch out a larger piece of drywall that sits over either side of the opening. This drywall technique avoids compound cracks as the house shifts and settles.

12. Always space and sink your drywall fasteners

Drywall screws or fasteners should be slightly sunk to avoid popping. Spacing screws every 12” to 16” creates a more secure fit to avoid issues such as buckling walls and sagging ceilings.

Contact the Professionals at Yvon Building Supply

These drywall tips will help you avoid any mistakes, like a drywall patch, that interfere with the appearance, durability, and longevity of your drywall projects.

Yvon Building Supply is your local building materials store, delivering high-quality materials to your construction site. For more information, call us at 905-635-8700 or contact us here to speak to our team of experts.

The post 12 Top Tips to Avoid Common Drywall Mistakes for Your Next Project first appeared on Yvon Building Supply.

In this blog, we will look at 13 top sustainable building materials for construction and the benefits of eco-friendly construction. 

What are sustainable building supplies and materials?

Sustainable building materials are “green” materials that meet the following criteria: 

• Resource efficiency, such as using plentiful and renewable materials, local availability, or use of recycled, reclaimed, or repurposed content
• Efficient manufacturing processes
• Energy efficiency
• Water conservation
• Improved indoor air quality

The Benefits of Sustainable Building Supplies

Sustainable building supplies and practices create eco-homes that help reduce carbon footprints and protect the environment. Some examples of the benefits of sustainable construction methods and materials include:

• Decreasing energy consumption 
• Lowering greenhouse gas emissions
• Reducing water consumption
• Decreasing waste
• Reducing transportation costs
• Limiting disruptions to the community

Practices such as installing alternative green sources for power, low-flush and low-flow fixtures, and recycled or renewable materials all help to create eco-friendly homes.

However, green homes also use building supplies and sustainable materials that improve indoor air quality such as low VOC paints, adhesives, and natural materials such as cork or bamboo flooring. As a result, sustainable buildings improve human health while also protecting the environment.

Top 13 Green Building Materials

Here are the top 13 sustainable building supplies used in sustainable construction:

1. Recycled steel

Recycled materials such as steel are high-value green building materials because they can be reused repeatedly without worrying about their strength or performance deteriorating.

With the increasing risk of wildfires, recycled steel is becoming more common in sustainable architecture as an exterior cladding and modern design feature due to its fire resistance.

2. Bamboo

Bamboo has become useful across a wide number of applications, from flooring to countertops and wall panelling to home furnishings. As a sustainable wood alternative, it takes just three to five years to mature for use, providing an attractive, resilient, and affordable sustainable building material. 

3. Reclaimed wood

The term “reclaimed” refers to sourcing wood from existing structures in order to repurpose it for new uses.

Today, it is one of the most desirable sustainable building supplies available, with a wide range of interior and exterior uses. Its natural weathering and curing makes it stronger than new wood sources, adding to its popularity.

4. Cork

Cork is a highly versatile sustainable building material that does not require cutting down the cork oak tree.

Instead, the bark is harvested for use in a number of applications, creating a recyclable and biodegradable building material. The tree lives without its bark, and as an added benefit, becomes better able to absorb carbon dioxide once its bark is removed.

5. “Hempcrete”

Hemp plant stalks are used to create an eco-friendly insulating material mixed with lime and water to create a concrete-like substance. Its thermal properties contribute to occupant comfort, while its fire resistance helps protect structures from the growing threat of wildfires.

6. Aerated concrete

As the name implies, aerated concrete contains air that lightens the material and creates an effective insulation material that is also fire-resistant. The production process requires less energy than other types of concrete and it uses natural ingredients in hand with minimal waste, making it a very eco-friendly building supply. 

7. Recycled glass

Readily available glass has made finding ways to recycle and repurpose it a worthwhile endeavour. While it does present difficulties in the recycling process, recycled glass can replace the natural aggregates used to create cement. 

Recycled glass is also appearing in finishing materials such as countertops and tiles, and is one of the top recycled building products.

8. Terrazzo

Terrazzo has been used for centuries as a customized material for floors and grand stairways. It is a sustainable building material because it uses scrap materials from construction projects such as marble, glass, quartz, and more.

The scraps are broken down and combined with binding materials such as cement or resins and then moulded into one-of-a-kind cladding or tiles. The result is a high-end look with a growing number of applications, from terraces to exterior wall claddings and tiles to countertops.

9. Precast concrete

Sustainable construction projects favour modular building processes that incorporate prefabricated elements into the building design. Precast concrete produces made-to-measure structures such as walls off-site.

Surprisingly, this process produces less CO2 emissions than ready-mix concrete poured or installed on-sit, while also reducing construction waste.

10. Mycelium

Mycelium is made of hyphae, fungal strands that are dried and then mixed with pasteurized sawdust. This process will eventually be used to create sustainable building supplies that are naturally mould, fire, and water-resistant.

The material can also be moulded into endless form variations. Although still in its experimental phase, it offers great hope as a biodegradable, green building material for eco-buildings and homes.

11. Recycled plastic

Recycled plastic is another recycled material that offers endless possibilities for sustainable architecture. A major component of PVC, it can be used to manufacture a long list of building supplies including:

• Plastic sheets
• Concrete
• Bricks
• Pipes
• Green roofing materials

Repurposing plastic for building applications helps reduce plastics clogging waterways, polluting our oceans, and contributing to massive landfills.

12. Earth blocks

Earth blocks are green building products made of compressed dirt. An ancient building material, earth blocks often use dirt at the site of the building project.

The bricks help improve energy efficiency due to a thermal mass that keeps occupants cool in the summer and warm in the winter. It is surprisingly durable, adding to its attractiveness for sustainable construction projects.

13. Straw bales

Straw bales might not seem like a very durable or strong building material, but when packed tight, straw makes a very effective material that resembles large bricks. When stacked as a green building material, it creates sturdy walls with superior thermal mass.

Contact the Experts at Yvon Building Supply

The construction industry continues to explore green building materials and sustainable practices that reduce the impact building projects have on the environment and community.

Yvon Building Supply offers expertise in sourcing materials that meet sustainability standards for green construction. We can also recommend the best insulation products to improve energy efficiency related to home comfort.

With locations serving all of Ontario, our professional staff can guide you and recommend the best tools and building materials for the job.

Reach out to us today by calling 905-635-8700, or to learn why Yvon Building Supply is trusted by so many companies with their building supplies needs, contact us here.

The post 13 Top Sustainable Building Materials for Construction first appeared on Yvon Building Supply.

Why is proper building material storage essential?

Damaged materials cause delays that impact productivity and the ability of your company to meet the needs of your clients. The combined costs of replacing damaged materials and overtime labour quickly lead to budget issues.

Your business often has to carry the burden of those costs, as the issues are a direct result of improper storage practices. As a result, improper storage can lead to lost profits.

Improper storage can also create safety issues, including falling items that are not secured or stacked properly, injuries related to faulty equipment operation, and hazards related to blowing materials, such as insulation that can roll away in high winter winds.

Understand Ideal Storage Temperatures

Products such as paint have recommended storage temperatures to avoid issues that interfere with performance and appearance. If too cold, paint can gel, separate, clump, and harden, making it impossible to apply. If too hot, paint colour and texture degenerate and render the binders useless.

Fluctuating temperatures are also dangerous for paint, as this can break down the chemicals and lead to separation. While separation can often be corrected with proper stirring, it can be hard to tell if the chemical makeup of the paint is still functional, so the paint should be discarded. Other materials sensitive to temperatures include adhesives, solvents, and pressure-sensitive products. 

To avoid these issues, paint should be stored indoors between 10 and 23 degrees Celsius. Having a hot box on site can help avoid issues with winter temperatures.  Also, be sure to read the manufacturer’s recommended storage temperatures for products to avoid damage.

Protect Lumber From Moisture and Bowing

Since lumber and plywood are porous, they must be protected against moisture to prevent bowing, warping, and rot. Once wood absorbs moisture, it releases it as it dries. Unfortunately, if the moisture is not released evenly, it causes the board to shrink and expand in different areas, causing warping and bowing.

When exposed to moisture for long periods, untreated lumber will eventually develop wood rot, which can set in as early as a few months. Even plywood sheets that are exterior-safe should be stored to protect against the weather.

Therefore, ideally, lumber should be stacked horizontally on palettes, racks, or staggered bricks to provide proper air circulation. This also prevents moisture from seeping into the wood from the damp ground.

Covering it with a tarp can protect it against rain, snow, and ice, but again, keeping it raised is essential to improve air circulation in order to prevent condensation related to humidity.

Keep Cement and Finishing Materials Sacks Dry

Cement and finishing materials sacks/boxes are also vulnerable to moisture damage. Due to the fact that the powders react when mixed with water, even small amounts of moisture on the bag can lead to hardening and clumping.

As with wood, cement sacks require special storage indoors in a dry, well-ventilated area. Placing them on the floor/ground or too close to walls can also cause moisture issues. Thus, they should always be kept off the floor, and raised on palettes at least a foot away from the walls.

Beware of Packaging on Insulation Bundles

Although the plastic wrap on insulation bundles protects against water damage during transportation from building materials stores, it can lead to moisture-related issues when stored on construction sites in the winter. Therefore, steps must be taken to improve air circulation.

Never store bundles directly on grass or dirt. Instead, stack bundles two inches above gravel, concrete, or paved surfaces to provide proper air circulation. Slitting the plastic wrap at both ends of the packages will help prevent moisture buildup inside the bundles. You can also cover them with a tarp secured with weights to prevent the lightweight bundles from shifting or rolling away in high winter winds.

Reduce Condensation for Drywall

Drywall is another building material impacted by moisture. Like insulation, the plastic packaging used during delivery from building materials stores leads to condensation that will cause moisture damage.

Plastic wrap should be removed once received at the site and stored similarly to lumber to prevent condensation as well as warping, swelling, sagging, and moisture damage. Also, always store like-sized sheets together, as placing longer sheets on short sheets can lead to warping and sagging.

Protect Steel Framing Against Rust

Steel is a highly durable material, but it can be susceptible to rust when not stored properly in the winter.

The main concern when storing steel framing is avoiding moisture and condensation. While it needs to be covered, be sure to use vented plastic or breathable canvas to reduce the risk of creating a humid environment.

It should be stored upright and elevated on blocks or palettes at least four inches off the ground. Proper spacing will provide circulation, while ropes or chains should be drawn across the frames to keep them in place.

Proper Tool Storage

Tools and equipment are also impacted by winter conditions, which can lead to rust and tool failure. Proper tool storage helps maintain efficiency in colder weather. Although hand tools are rugged and can withstand most conditions, damp and freezing weather can cause rust due to humidity from fluctuating temperatures.

Workers should keep their tools in leather pouches/holders and bring their tools home to protect them against damage. If this isn’t possible, ideally, hand tools should be hung on tool belts in a dry, sheltered space.

Whether it’s improper storage of materials, or tools and equipment that cause performance issues, delays cost money that impact your bottom line. These tips from our building materials store will help avoid costly damage, delays, and injuries for a safe and efficient building site during the winter months. 

Building Materials Store Delivery in Ontario

At Yvon Building Supply, we have been delivering high-quality building materials to Ontario construction companies, contractors, and builders since 2011.

As one of Ontario’s leading building materials stores, we have seven locations across the province ready to serve you. For more information about our building supply delivery, call us at 905-635-8700 or contact us online.

The post How to Safely Store Building Materials During Winter first appeared on Yvon Building Supply.

In this blog, our building material store experts will share the 12 top building materials designed to withstand Toronto’s cold climate.

1. Steel

The ideal framing material to use in colder climates is steel because it can withstand the cold climates that exacerbate water infiltration-related issues. It is not only resistant to corrosion and rust, but also withstands all types of weather exposure during winter builds.

It won’t warp, bend, or twist when exposed to cold temperatures especially when using cold-formed steel. As a result, your projects are completed on schedule with less risk of weather-related delays. 

2. Fiberglass insulation

Fiberglass insulation is composed of glass fibers that are fireproof and work as excellent thermal insulators. It has an R-value of about 2.2 to 2.7 per inch, making it a popular choice in home construction.

Typically, it is installed in “batting” or blanket form. It can conserve up to 12 times the energy that is lost in energy production, and reduce energy costs up to 40%.

3. Rockwool insulation

Rockwool insulation is fire-resistant as it is made of basalt rock and slag fibers. It is mould and mildew-resistant, furthermore it is a sustainable insulation made up of an average of 75% recycled materials.

With an R-value between 3.0 to 3.3 per inch, rockwool has vapour-permeable qualities that prevent mould and mildew growth, while also maintaining its performance for the life of the building.

4. Brick

Brick is a common facade used on houses throughout the GTA, from original old Victorian and row houses to the new homes of today. It absorbs heat during the day and slowly releases it at night, providing an insulating effect that keeps homes warmer in the winter and cooler in the summer.

It is also weather-resistant and will withstand high winds, unlike siding materials that can be lifted and torn away from the building. 

5. Concrete

Concrete is resistant to just about anything the elements can throw at it, from cold and heat to water and fire. It is also an effective insulator, helping to keep buildings warm in the winter and cool in the summer.

It can last for 30 years, protecting the structure winter after winter and easily withstanding the thaw and freeze effect that can impact a building’s foundation and structural walls.

6. Mould-resistant drywall

Cold weather increases the risk of leaks from roofs, foundations, and excess precipitation or snowmelt. It can also increase moisture in your home, depending on what kind of heating system you use.

As a result, using mould-resistant drywall in moisture-prone areas such as the basement can reduce the risk of mould related to water damage. Mould-resistant drywall is available in two options:

• Paper facing and backing: The first uses a wax-coated, thicker paper facing and backing to prevent moisture and air from infiltrating the paper. 
• Non-organic facing and backing: The second replaces the traditional paper facing and backing with a non-organic material such as fiberglass mesh to eliminate a potential food source for mould.  

7. DensGlass® sheathing

DensGlass sheathing is the ideal substrate to use in cold-weather areas like Toronto when installing brick, stone, stucco, siding, and Exterior Insulation and Finishing Systems (EIFS). It helps prevent weather-related issues including delamination, deterioration, sagging, and warping. The trademarked finish offers many benefits including the following:

• Water-resistant barrier coatings eliminate the need for sealer/primer. 
• Provides additional strength for the bond between panel and surfacing insulation products. 
• Improves surface water resistance.  
• When properly installed in an architecturally specified EIFS application, it comes with a 12-year limited warranty against manufacturing defects. 

It also has many applications, including the installation of the following cladding materials:

• Brick/stone veneer cavity walls
• Vinyl siding
• Metal siding
• Wood siding
• Fiber cement siding 
• Stucco

8. GlassRoc sheathing

Another exceptional weather-proof sheathing option, GlasRoc, a non-combustible gypsum-based sheathing, is ideal for exterior walls and soffits. This GREENGUARD Gold-certified sheathing is not only fire-resistant but also resistant to mould and moisture.

Its gypsum core is protected with fiberglass mat facers designed for long-lasting protection against the elements. It has a special layer to prevent moisture damage including mould growth, and can be used with exterior finishes including stucco, brick, and siding. 

The barrier protects framing and insulation to improve structural integrity as well as energy efficiency. It has a 12-month limited warranty against exposure and a 5-year limited product performance warranty.

9. Tomahawk Gun Foam

Tomahawk Gun Foam is a high-performance polyurethane foam that offers superior insulation when installing doors and windows. It seals gaps to prevent air leaks for added home comfort and energy efficiency throughout the cold winter months.

10. Attic rafter vents

Attic rafter vents are used to create a space between attic rafters to provide a constant flow of fresh air from soffit vents to the ridge. They help prevent airway blockages at the soffit, creating an effective ventilation system to improve home comfort, while also preventing costly roof damage.

Made of extruded polystyrene foam, attic rafter vents stay in place and will resist rot and deterioration.

11. House wrap

House wrap such as Tyvek® is a building envelope material that plays a key role in building protection. It is made of high-density spunbond polyethylene fibers that are water-resistant yet breathable.

As a result, they provide the perfect layer of protection against wind and moisture. House wrap is critical in cold-weather areas like Toronto and provide the following benefits:

• Preventing water infiltration to avoid costly water damage.
• Reducing air leaks to optimize insulation performance for improved energy efficiency.
• Preventing high winds from penetrating exterior walls.
• Protection against mould and water damage on materials such as exposed roofing and wall structures during the construction process.

12. Tuck tape

Tuck tape is an essential building material used when installing insulation and sheathing materials. It prevents air infiltration, while providing additional water and moisture resistance. Made of polyethylene, it seals the joints for a secure fit using a permanent, solvency-based acrylic adhesive.

Contact The Building Supply Experts

Proper use of these weather-resistant materials for your Toronto building projects will improve insulation, energy efficiency, and moisture-related issues today and well into the future. 

You can find these winter-resistant building materials at building material stores, including Yvon Building Supply. We deliver high-quality materials to your construction site and are here to answer your questions. Contact us here to speak to our team of experts.

The post 12 Top Building Materials That Can Withstand Toronto’s Cold Climate first appeared on Yvon Building Supply.

In this article, we will look at 3D printing in construction, its benefits and limitations, and why we can expect to see continued demand on traditional builders’ supply materials and construction methods.

Applications for 3D Printing in Construction

The use of 3D printing in construction has expanded into full-scale applications, including the following:

• Building models: 3D-printed prototypes continue to play a major role in the construction process. As an essential design tool, architects and designers deploy rapid prototyping to produce and study complex building concepts. It is now a critical step in the design process, allowing architects and clients to refine designs while improved collaboration between builders and designers helps reduce the risk of errors and costly change orders.
• Creating building components: 3D printers can generate full-scale building components such as walls, panels, and columns that are ideal for modular building methods.
• Complex designs: 3D printing also provides a cost-effective way to create more intriguing designs. Architects and interior designers can create modern spaces, introducing innovative shapes that are difficult to achieve using traditional methods and materials alone.
• Complete structures: 3D printers can be used on an even larger scale, creating “contour crafted” buildings. Robotic arms and extruders are programmed to translate blueprints into full-scale structures, working from the ground up. The printers apply concrete materials layer by layer to create complete building shells. 
• Producing sustainable materials: 3D printers facilitate the use of sustainable materials, extruding bio-based polymers or recycled concrete in the contour-crafting process.

The Benefits of 3D Printing in Construction

There are many advantages to 3D printing in construction, including the following:

Improved Timelines

3D printing allows builders to construct complete building shells without the need for traditional construction methods. This saves significant time, allowing builders to more effectively meet the growing demand for housing. It also expedites emergency building capabilities following natural disasters, fires, etc.

Reduced Construction Costs

3D printing eliminates time-consuming steps that require specialty equipment and large teams of construction workers. This reduces labour costs, focusing on skilled trades to complete finishing stages such as electrical, plumbing, window installation, etc.

Overall, projects become more cost-effective with savings in material expenses, as 3D printers help reduce costly material waste. On-site printers also decrease transportation costs, allowing builders to produce various structures and components on demand.

Innovative Designs

3D printers introduce limitless design options, allowing architects and interior designers to create unique focal points and aesthetics not achievable using traditional materials and methods. This is creating a new era of architectural designers who push the envelope using intricate design methods.

Overcoming Construction Labour Shortages

Although demand will continue for skilled trades, the current shortages of construction labour can be overcome with the assistance of 3D printers. The ability to automate time-consuming, labour-intensive processes will refocus construction opportunities toward positions using brain power. 

Reducing Construction Hazards

Deaths and injuries were somewhat reduced when the construction industry shifted towards a safety culture that improved practices and equipment. However, in 2022, 183 construction workers died on the job, with falls being the number one cause of death.

Unfortunately, risks are on the rise as the industry faces pressure to produce housing faster, leading to shortcuts that disrupt new safety protocols. 3D printing can help reduce hazards at construction sites, taking on tasks performed at dangerous heights and making it safer to work in confined spaces.  

Providing Viable Building Materials

In areas of the world where builders’ supply materials such as wood and steel are not readily available, 3D printing produces concrete structures on-site. This provides hope for affordable housing and improved infrastructure in areas where materials and skilled labour are limited.

The Limitations of 3D Printing in Construction

While 3D printing is making advancements in construction applications, the following  limitations continue to place demand on traditional builders’ supply materials and construction methods.

Material Quality and Performance

Contour-crafted materials provide a quick way to create building shells affordably, but time will tell how building codes and standards impact 3D-printed structures. These new materials have yet to demonstrate their structural integrity and will have to stand up to regulatory approval, material standards, and certifications. 

Scalability and Cost

While there’s mention of cost-savings using 3D printing methods, mass production of the technology has yet to be seen. Manufacturing these large-scale printers en masse is necessary for the technology to become affordable.

Adding to the issue of affordability and scalability is the challenge of continuously evolving technology. These advancements apply to both the materials produced by 3D printers and the printer technology itself. Ongoing improvements can disrupt mass production and the widespread use of this technology in the construction industry.

Material Limitations

Although 3D printing can introduce innovative designs, the materials available to bring those designs to life are limited. As a result, a selection of smart and traditional builders’ supply materials will continue to play a critical role in construction.

The Future of 3D Printing in Construction

Eventually, 3D printers will become a staple at construction sites, allowing builders to produce a growing selection of materials on demand, including advancements in interior walls, insulation, and structural supports.

Robotics will help automate manual tasks, increasing tandem work between manual labourers and 3D printers. Housing shortages and disaster responses can also be tackled more effectively with speedier construction processes both in the design and building stages.

Improved collaboration among architects, designers, engineers, contractors, construction companies, and clients will affect all aspects of construction, reducing risks, controlling costs, and helping to eliminate errors.

However, widespread adoption of 3D construction will also require standardization processes and regulatory approval before contour-crafted buildings become the industry norm.

While we can expect to see 3D printing continue to revolutionize the construction industry, traditional builders’ supply materials and construction methods will continue to play a key role in the building process.

Contact the Builder’s Supply Materials Experts

Yvon Building Supply is your local builders’ supply store, delivering high-quality materials to your construction site. Contact us here to speak to our team of experts. You can also call us at 905-635-8700.

The post From Blueprint to Reality: How 3D Printed Building Materials Are Revolutionizing the Construction Industry first appeared on Yvon Building Supply.

In this article, we will examine the emergence of smart building materials and how the technology behind them is revolutionizing construction. Before you know it, it may soon be available at your local building materials store.

What are smart building materials?

Smart building materials leverage technological advancements that create responsive smart structures that adapt to conditional and environmental changes.

Future use in the construction industry will build lower maintenance building envelopes that can stand up to the threats of climate change while providing cost savings and creating safer, more efficient buildings.

As a result, buildings of the future will be poised to offer improved interior comfort with low-maintenance envelopes primed for complete energy efficiency.

What are the different types of building materials?

There is a growing list of building material capabilities, which include the following:

Self-Healing Coatings

These coatings include sealants and adhesives commonly used to prolong the life of building envelopes. Today, these specialty coatings repair marine-based structures using polymers with self-healing mechanisms that respond when ruptured.

In construction, the coatings would respond to issues such as prolonged exposure to UV rays, filling cracks and fractures by expanding to self-heal wear and damage.

Smart Concrete

Smart concrete contains bacteria that turn into limestone when in contact with elements such as water or wind. The bacteria also respond to stress and pressure, creating a self-healing process that fills cracks caused by common threats.

Although one of the most commonly used materials in construction, concrete is vulnerable to the elements, especially water.

The bacteria lie dormant until water triggers the limestone to fill cracks and provide ongoing strength to the concrete. It will greatly reduce costs by as much as 50% over the life of the concrete by eliminating maintenance and repairs.

Shape-Shifting Metals

Also known as shape-memory alloys or SMAs, these metals can return to their original shape after responding to something like the cold. Metal is another construction material that is highly durable, but constantly changes shape due to the environment.

The “memory” of the metal allows it to remember and return to its former shape, preventing permanent alteration. This is an important advancement, providing more resistance for structures such as bridges to stand up to increasing threats of catastrophic weather events from hurricanes and tornadoes to earthquakes.

The applications in building construction will also create structures that can withstand natural events with limited or zero damage.

Transparent Metals

These metals are similar to the gold plating on astronaut helmets, allowing them to breathe oxygen and see through the faceplate.

When applied to buildings and structures, the metal can create extra-strong windows ideal for withstanding extreme environments, including the extremes related to climate change, such as increasingly stronger winds.

However, as we run out of space to build homes and other structures, transparent metal introduces new possibilities, such as underwater buildings for the future.

Transparent Wood

Wood functions like transparent metal and is stronger than glass, offering improved insulation. This combination presents excellent possibilities for future construction, with a more biodegradable, sustainable option than conventional window materials, including glass panes and plastic framing.

Aerogels

Aerogels provide opportunities for lighter, stronger, and thinner insulating materials. They can also be adapted to manage common structural challenges, including effective reinforcement, fire prevention, and reduction of noise transference.

What is nanotechnology?

Nanotechnology uses nanoparticles to produce nanomaterials. “Nano” refers to a size that is one billionth of a metre. To put that size into perspective, this is about 1/80,000 of a strand of human hair.

Manipulating materials using nanoscale materials can significantly change their makeup and improve strength in a wide variety of construction materials. Using nanoparticles such as clay nanoparticles, as well as silica, alumina, magnesium, and calcium, allows manufacturers to create products such as the following:

• Concrete: Nanoparticles like silica can improve durability while also making concrete easier to use, including self-levelling and self-healing concrete.
• Steel: Modifying the grain size in the refinement process can help prevent steel building materials from cracking, reduce the weight to make labour easier, decrease fatigue to prolong its life, and improve performance.
• Coatings: Adding nanoparticles to paints and coatings enhances durability using properties that prevent condensation, mould growth, corrosion, and wear. It also creates a more attractive, smoother finish. A few examples of nanomaterials in coatings would be carbon nanotubes used for fire protection or nano silica particles to improve flexibility and water/scratch resistance.
• Glass: From antifogging agents to self-cleaning glass, nanotechnology will also improve overall window function to control solar and energy absorption, reduce noise, and enhance fire safety.

These are just a few examples of how nanotechnology will continue to contribute to advancements in the construction industry. Taking conventional construction materials and making them stronger, more sustainable, and more resilient provides building materials stores with opportunities to experiment with nanomaterials.

As a result, they achieve the desired function and properties for practically any element used in the building process. These developments will address common building and maintenance challenges to help reduce production time, thereby realizing construction efficiencies and higher wearing materials that will decrease maintenance and replacement costs.

Modular Construction

Modular construction shifts the building process from construction sites to off-site controlled environments to reduce costs, save time, and limit waste. Through this new building process, building materials consist of modular components constructed on an assembly line.

The modules are then delivered to the site where the entire structure is assembled. This process helps streamline the transport of materials, reducing the impact on greenhouse gas emissions. The working environment at assembly sites is also safer and not impacted by weather, which helps keep projects on schedule.

Additionally, modular construction reduces costs in the change management process, often leveraging technology such as virtual reality in the design and approval process as well as Building Information Modeling (BMI) to decrease errors and improve productivity.

Contact the Building Materials Supply Experts

Smart building materials will revolutionize the construction process, while creating buildings with significantly reduced maintenance and repair costs.

Sustainability of both materials and the buildings themselves will also offer environmental benefits throughout the entire building material supply chain, from manufacturers to construction sites and building materials stores.

Yvon Building Supply is your local building materials store, delivering high-quality materials to your construction site. Contact us here to speak to our team of experts.

The post The Future of Smart Building Materials: How Technology Is Revolutionizing Construction first appeared on Yvon Building Supply.