Spring into Action: Your Ultimate Home Maintenance Guide

This comprehensive guide will help you tackle your spring cleaning like a pro, ensuring your house is in top shape for the sunny days ahead.

Start from the Top: Roof and Gutters 

Begin your spring-cleaning journey by doing a thorough inspection of your roof and gutters. It’s essential to look for damaged metal panels, clogged gutters, and any signs of wear and tear that may have developed during the winter months. Fully functioning gutters are essential for directing rainwater away from your home’s foundation, helping prevent potential water damage and costly repairs. ABC provides an array of exceptional products to refresh your roof and make it both aesthetically appealing and extremely durable. We suggest the Slimline® panel, previously known as the SL-16®, which is known for being low maintenance. Additionally, the LokSeam® has become a fan favorite for its longevity as it helps prevent snow damage when properly designed and installed and has a contemporary look, making it a great choice for homeowners who want both functionality and style.  

While many primarily focus on cleaning the interior of their homes during the Spring, it’s crucial not to overlook your home’s first line of defense: the roof! While traditional shingles remain a popular choice, it’s worth noting that metal roofing panels can offer up to three times the lifespan of a shingled roof. Their unmatched durability makes them a smart investment for those looking to improve longevity and minimize future maintenance costs. 

»Pro Tip: For initial ground-level inspections, consider using binoculars to check for any potential roofing issues before bringing out your ladder.  

Check Those Tree Limbs 

Spring is the time when trees begin to bud again and regain their foliage, which also means that now is the perfect time to inspect for any damaged or overgrown limbs that could spell trouble for your roof – in particular, branches that are just a little too close for comfort. Trim back any limbs that pose a risk of falling or scratching your roof.  

As we embrace the renewal and growth that Spring signifies, we can’t forget that also means unwelcome guests like moss and mold can run rampant if not controlled. These nuisances can damage your roof and siding, leading to reduced energy efficiency and higher utility bills. If you spot this plant or fungus, consult with a professional as soon as possible and consider replacing it with a metal panel for easier upkeep. Our expert team can guide you through the process and provide suggestions tailored to meet your needs.  

 

 

 

Consider the Environment 

If being eco-friendly is a priority for you and your family, ABC has you covered. Our 2 ½ CORRUGATED panel is one of the most popular products due to its structural stability and strength benefits. For additional tips on how to maintain an environmentally friendly home, be sure to check out the information we’ve shared on Sustainability – consider it your resource for all things green. 

As for quick and easy ways to refresh your home’s exterior for Spring, a simple rinse with a garden hose can work wonders for your metal roof and siding, washing away the remnants of winter’s grime. Follow that up with some touch-up paint formulated for metal panels, and you’ll surely see an instant enhancement to your home’s curb appeal. If you want to avoid having to repaint chipped products for years to come, explore the various colors available for our panels. Our wide selection is versatile and fits many homes’ aesthetics. Also, remember to wipe down your windows inside and out for a crystal clear view of the flowers that the Springtime will bloom. You’ll be amazed at the transformation that comes from these seemingly small changes!

 

It’s important to remember that addressing these issues promptly can save you from hefty repairs down the line. If you’re uncertain about managing these tasks on your own, don’t hesitate to enlist the help of our experts, who can provide you with the guidance you need to take action towards a refreshed home for the season ahead.

Ready to give your home the care it deserves? Let’s quickly go over how to get started with your exterior home Spring Cleaning: 

  1. Start from the top of your home and work your way down. Check your roof for loose metal panels, missing sealants, clogged gutters, or any damage from the winter season.  
  2. Check for moss or fungus on both your roof and siding. Contact a professional to remove the fungus or plant and consider one of our suggested metal panels for a low maintenance replacement solution.
  3. Rinse your metal roof and wall panels for a fresh start. Consider replacing damaged siding with a low maintenance metal panel in a specified color to match your home style.
  4. Wipe down the inside and outside of your windows. 
  5. Gather and dispose of fall foliage around your home. 
  6. Evaluate if anything needs replacing. If so, give our experts a call today! 

By taking these steps, you will not only enhance the beauty of your home but also elevate safety and efficiency as you step into the blossoming Spring season.

5 Key Benefits of Metal Roofing for Enhanced Fire Safety

When selecting materials for your building project, roofing choices play a crucial role in the structure’s overall safety profile. Metal roofing has gained recognition among architects, builders, and property owners for its protective characteristics. Here are five important aspects to consider regarding metal roofing’s fire safety benefits.

1. Fire-Resistance Characteristics

Metal roofing materials are inherently non-combustible and can achieve Class A fire ratings when installed according to manufacturer specifications as part of a complete roofing system. Research indicates metal roofing typically resists ignition during exposure to heat. This resistance may provide an important layer of protection against certain external fire challenges.

2. Economic Considerations Over Time

Evaluating metal roofing often involves analyzing several potential long-term benefits:

  • Typically requires less frequent maintenance than some traditional options
  • Documented longevity often exceeding many conventional roofing materials
  • May contribute to building envelope protection
  • Some insurers may take roofing materials into account during policy evaluations

These factors can help inform the comprehensive assessment of metal roofing value.

3. Sustainability Attributes

When considering environmental impact, metal roofing offers several noteworthy characteristics:

  • Frequently manufactured using recycled materials (specific content varies)
  • Generally qualified as a recyclable building material at replacement
  • Certain finishes may help reduce cooling energy requirements A
  • Compatible with various green building standards and practices

 

4. Construction and Implementation

The practical aspects of metal roofing installation present distinct advantages in many building scenarios. Many metal roofing products feature a favorable strength-to-weight ratio that can streamline the installation process. Construction professionals can implement these systems efficiently while maintaining quality standards.

5. Aesthetic Versatility

The contemporary metal roofing marketplace offers extensive design flexibility. With options spanning numerous profiles, textures, colors, and finish types, metal roofing can harmonize with diverse architectural visions while incorporating its protective qualities. Decision-makers can explore options aligning with both performance requirements and design objectives.

When evaluating roofing solutions, metal systems warrant consideration for their distinctive combination of protective features, performance characteristics, and design adaptability. For projects ranging from residential to commercial applications, metal roofing represents a significant option among modern roofing alternatives.

Want to explore how metal roofing might enhance your project’s safety profile? Connect with our specialists to discuss solutions tailored to your specific building requirements.

Sustainability in Metal Roofing: Building a Greener Future with ABC

When it comes to building for the future, sustainability isn’t just a buzzword – it’s a priority. At American Building Components, we’re committed to providing solutions that stand the test of time and tread lightly on the planet. One of our standout offerings? Metal roofing. It’s durable, versatile, and, most importantly, a champion of eco-friendly construction. Let’s dive into why metal roofing is a sustainable choice and how ABC is helping lead the charge toward greener buildings. 

 

 

Key Takeaways 

  • Longevity: Metal roofs can last 50+ years, reducing replacements and waste. 
  • Recyclability: Made with recycled content and virtually 100% recyclable at end-of-life. 
  • Energy Savings: Reflective coatings help lower cooling costs; insulation aids winter efficiency. 
  • Durability: Weather-resilient, cutting repair needs and resource use. 
  • ABC’s Role: Sustainable roofing options and expert guidance for greener builds. 

The Eco-Friendly Edge of Metal Roofing 

Metal roofing has a lot going for it when it comes to sustainability. Unlike traditional asphalt shingles, which often end up in landfills after 15-20 years, metal roofs can last up to 50 years or more with minimal maintenance. That longevity means fewer replacements, less waste, and a smaller environmental footprint over time. But the benefits don’t stop there. 

One of the most significant advantages of metal roofing is its recyclability. Steel, aluminum, and other metals commonly used in roofing are among the most recycled materials on Earth. At the end of their long life, metal roof panels and trim can be fully recycled into new products – no landfill required. Many metal roofs today are already made with recycled content, closing the loop on resource use.  

Energy Efficiency That Pays Off 

Sustainability isn’t just about what happens at the end of a product’s life. It’s also about how it performs day to day. Metal roofing excels here, too. Its reflective properties can bounce sunlight away from a building, reducing heat absorption and keeping interiors cooler. This can translate to lower energy bills, especially in warmer climates, as air conditioning systems don’t have to work as hard. Pair a metal roof with a cool roof coating (available in a range of colors from ABC), and you’ve got an energy-efficient powerhouse that helps cut carbon emissions while saving you money. 

In colder seasons, metal roofs can be paired with proper insulation to retain heat, making them a year-round performer. By optimizing energy use, metal roofing can help buildings – whether homes, warehouses, or commercial spaces – operate more sustainably. 

A Smaller Carbon Footprint 

Producing metal roofing requires energy, but manufacturing advancements have made it cleaner than ever. At ABC, we prioritize low-impact production methods, reducing the carbon footprint of every panel we offer, and our plant network enables us to produce orders near the jobsite, optimizing transportation efficiency. 

It’s a win for the environment at every step. 

And let’s not forget durability. Metal roofs stand up to harsh weather – think heavy rain, high winds, or even hail – better than many other materials with proper design and installation. Fewer repairs and replacements mean fewer resources consumed over time. For building owners, that’s peace of mind; for the planet, it’s a reduction in waste and emissions. 

Supporting Sustainable Communities 

At ABC, we believe sustainability extends beyond the product – it’s about the bigger picture. Metal roofing supports resilient buildings that can serve communities for decades. Whether it’s a school, a factory, or a family home, a metal roof from ABC ensures long-term protection with a focus on sustainability. We’re also committed to educating our customers on sustainable building practices so you can make choices that align with your values and budget. 

Why Choose ABC for Your Metal Roofing? 

Our metal roofing solutions are designed with sustainability at their core. Not sure where to start? Our team is here to guide you through selecting the right metal roof for your project – whether it’s a retrofit or a new build. With ABC, you’re not just choosing a roof; you’re investing in a future where durability and eco-friendliness go hand in hand. 

Ready to explore how metal roofing can elevate your next project? Contact us today or browse our range of sustainable building components. Let’s build something strong, stylish, and sustainable – together. 

DISTRIBUTORS: Shop online at shop.abcmetalroofing.com!

How to Prevent Ice Dams on Metal Roofs

Those in areas prone to below-freezing temperatures are likely familiar with ice dams and the costly damage they can cause. With winter weather already upon us, it’s important to ensure your building is protected against the dangerous and expensive effects of ice dams.

What Causes Ice Dams to Develop?

Most ice dams are a result of building air barrier flaws. When warm indoor air escapes through a rooftop, it warms the roof sheathing. This rise in temperature melts the underside of the layer of snow on top. The melted snow then moves down the slope of the roof toward the eaves, where it freezes into ice. As this process continues, the ice thickens, resulting in ice dams. These obstructions can cause water to back up and form a reservoir that can damage ceilings.

Ice Dams | ABC Blog

How Can Ice Dams Be Prevented?

To prevent ice dams, follow these four steps:

  1. Seal Air Leaks: Sealing air leaks between the warm building interior and the attic or ceiling is imperative to prevent increased sheathing temperatures that can lead to ice dams. If your roof leaks every winter, it’s likely that an air leak is to blame. And, getting a new roof is not likely to help—even if it features more ventilation. The simple way to determine if you have air leaks is to get into your attic and check. Leaks can likely be easily sealed with two-component polyurethane spray foam. And extending any exhaust fans that don’t reach outside can help adequately seal the structure.
  1. Ensure Proper Insulation: Many buildings don’t have adequate insulation levels to prevent ice damming. Building codes based on your geographic location can help you determine how much insulation you need. If the structure’s design doesn’t allow for adequate insulation, we recommend installing as much closed-cell spray polyurethane foam as possible. If replacing your roof, you can also install additional rigid foam insulation on top of the existing roof sheathing before you install the new roof. When taking that approach, make sure all products used are compatible with your new roof and adhere to manufacturer’s recommendations. It’s also imperative that attic insulation completely covers the top plates of a building’s exterior walls.
  1. Improve Ventilation: Improving ventilation alone will not prevent air leaks that cause ice damming and should never be your first or only defense. In fact, improving ventilation without sealing air leaks and installing adequate insulation can increase heating costs and make ice damming problems worse. Despite this, if combined with steps one and two above, addressing your roof ventilation can’t hurt. The best ventilation options include soffit and ridge vents. It’s important to remember that all attic ventilation systems require an insulation dam (blocking) between the trusses and ventilation baffles at the attic’s perimeter, facing the soffits, to maintain a ventilation channel from the soffit to the attic and protect against wind-wash.
  1. Use Underlayment: Covering your roof sheathing with two or more layers of rubberized membrane underlayment is another protection method that is far less effective if not used in concert with steps one and two. To use properly, it should extend from roof eaves to a point that’s three feet higher than your exterior wall.

Additional measures like framing your roof with raised-heel trusses can also help prevent ice dams. Additionally, avoiding including valleys as well as gutters that are at or above the roofing plane is ideal. Taking these steps can help ensure people and property are safe from overhead dangers. This should be a priority when designing, installing and maintaining your metal roof.

For additional information on how metal roofs perform in winter weather, read part one and part two of our ‘Metal Roofs and Snow’ blog series. For additional tips on how to winter-proof your roof, reach out to a local ABC representative today.

DISTRIBUTORS: Shop online at shop.abcmetalroofing.com!

Roofing and Snow: Everything You Need to Know – Part Two

Additional considerations for working with metal panels in winter.

In part one of our series on metal roofing and snow, we covered five of the most important elements to consider when preparing structures for winter weather. In this post, we’ll review four more ways to prevent unexpected, costly damage of metal panels in winter.

  1. Consider roof material and surface color

Metal roofs absorb heat quickly and radiate it effectively. Darker panel colors can enhance this solar absorption effect, which can save you money year-round. But because UV light can pass through 3-5 inches of snow, when combined with heat loss through the roof, it becomes more difficult for snow to stay solid. To minimize the chance of ice damming, you should ensure your roof system is properly sealed and insulated. If not, ice damming may occur and the melting and re-freezing of snow throughout the day can result in icy layers that promote snow sliding—no matter the roof material or color.

  1. Review weathertightness factors

For low-sloped roofs (less than 3:12), it is especially important for panel seams to be watertight to prevent water (melted snow) from leaking into the structure. This can be problematic when snow gathers and stays on a roof. Architects, designers and specifiers, therefore, should consider using panels that have passed the ASTM 2140 water head test or FM 4471 Appendix G water test. Water-resistant underlayment should also be considered for all roof slopes.

ABC Blog: Roofing and Snow: Everything You Need to Know about Metal Panels in Winter - Part Two
A close-up of this dormer roof illustrates how the impact of sliding ice and snow can damage panel seams.
  1. Consider your roof layout

Design elements like valleys and slope changes cause snow to collect and increases your snow load. Also, when dormers extend from a large roof area and one area is significantly bigger than the other, the structure is susceptible to experiencing unbalanced sliding snow. This imbalance can actually tear open standing seams and displace panels. Also consider that drifting snow may accumulate behind HVAC units, at perimeter walls, and behind solar and photovoltaic (PV) panels.

  1. Ensure Proper Roof Maintenance

One of the best ways to prevent snow and ice issues is to regularly inspect and maintain your roof. In addition to cleaning and inspecting your roof for possible issues, properly removing standing snow and preventing ice dams is a vital part of avoiding damage to your metal panels in winter. This often requires that you get into your attic to inspect for air leaks—the leading cause of ice dams. Read more about how to properly maintain and remove snow from your roof in this blog post.

If an issue is discovered, consult your roofing material manufacturer for recommendations as well as advice on warranty claims. Additionally, you can reach out to a trusted roofing professional in your area. These professionals can thoroughly inspect your roof system to help you determine ways to rectify any potential issues. You’ll want to do this before damage and/or injury occurs and before you pay for sub-par or ineffective repairs.

If you missed part one of this series, click here for our top five considerations. These include managing snow load and sliding snow, preventing ice dams, using retention systems and more! For more information on how metal panels fare in winter weather conditions and for advice on how to winter-proof your roof, reach out to an ABC representative today.

Roofing and Snow: Everything You Need to Know – Part One

What to consider when designing and building in snow-prone areas.

While properly-designed metal roofs historically perform well in winter, heavy snowfall can be detrimental to buildings of all kinds. Those who live and work in and around them are also at risk when snow and ice cause dangerous situations. Even though winter doesn’t formally begin until late December, colder weather is upon us. And while you might not be expecting snow or ice yet, keep these roofing and snow tips in mind when designing, constructing and maintaining structures in areas where there’s a chance for snow and/or ice over the course of the year.

Considerations for Snow-Bearing Roofs:

  1. Anticipate Snow Load

Snow accumulates on every roof type, and as this happens, it increases the amount of weight your structure is bearing. This increased weight (snow load) can pose several threats to the structure and those in and around it. For example, when the weight of snow or ponded water from melted snow exceeds the structure’s limits, the roof or even the entire structure can collapse. Be sure you’re aware of the weight your structure can bear and remove snow to keep it within its limits. Consult the International Building Code (IBC) as well as state and local codes for guidance based on your location.

  1. Prevent Ice Dams

Most ice dams are the result of air barrier flaws in buildings. If warm indoor air escapes through the roof floor, it warms the roof sheathing and melts the underside of the layer of snow on top. This water then moves down the slope of the roof toward the eaves, where it freezes into ice. As this process continues, the ice gets thicker and thicker, resulting in ice dams. The presence of these dams allow water to back up and form a reservoir that can cause major damage.

To prevent ice dams, you should:

  • Seal all air leaks at the attic floor
  • Ensure proper insulation
  • Provide adequate attic ventilation

Another tip is to use a peel and stick membrane on the roof deck extending from the eave to about 3’ up-slope from the exterior wall. For more specific details on the ice dam prevention tips above, read our recent blog post.

  1. Prevent Sliding Snow

Gravity can cause accumulated snow to slide down the roof’s slope (shedding), potentially injuring people and damaging property below. Despite this, snow shedding must occur to keep the snow load from accumulating beyond the buildings structural limits. Balancing snow load and shedding is important and requires that you consider geographical and building material and roof design factors.

ABC Roofing and Snow Blog
Ice and snow sliding down the main roof has damaged the roof panels and the valley trim on this connector roof.

Roof slopes of 45 degrees (12:12) or more, can accelerate sliding snow with sometimes immense and dangerous consequences. For example, if snow accumulates and then falls onto an exterior gas line, pipes could rupture. From there, the smallest of ignition sources could set the structure ablaze. In addition, the weight of sliding snow can propel any icicles formed on eaves can be propelled down by the force and weight of sliding snow onto people and property below.

On slopes less than 45 degrees (6:12 to 9:12), low amounts of friction (like on smooth roof surfaces) means it offers less resistance to sliding. Striations and embossing on roofing materials like metal panels add a small 3D profile and improve the resistance to sliding, especially when they run traverse to the slope.

This can get complicated, but in general, installing metal panels with snow retention devices on a steeply-sloped roof is recommended. This approach will naturally shed snow and ice, and protect your structure from excessive snow loads. If you have a low-sloped roof, be sure it’s design supports snow as shedding won’t occur naturally. Including enough snow retention devices from ridge to eave is also imperative for this design.

  1. Use Retention Systems

A variety of retention options, such as snow fences, bars or guards, are designed to make snow and ice melt completely or fall from roofs in small amounts. This helps reduce risks associated with sudden rooftop avalanches while maintaining the clean lines of the roof. It is important that snow retention systems are carefully engineered and properly installed. Models like S-5!’s snow-retention device design resource allow you to input your roof dimensions and expected snow load to adequately engineer snow fence assemblies.

  1. Protect Roof Attachments
ABC Roofing and Snow Blog_Pipe Protection
This pipe penetration is protected from sliding ice and snow by a small section of S-5! ColorGuard to the panel seams immediately up-slope from the pipe.

The weight of sliding snow can be powerful enough to take off attachments like exhaust vents. To combat this, reduce the shear load by installing rigid vent pipes securely and as high up on the roof slope as possible. If this is not possible, protect the pipes with a snow retention system.

While metal roofing responds well to harsh winter weather, it is imperative to take the time to keep snow, ice and moisture from causing issues. No matter the roofing design or material used, keeping people and property safe from overhead dangers should be a priority when designing, installing and maintain your structure.

In part two of this roofing and snow series, we’ll review additional considerations. It contains tips on roof layout, color, weathertightness and maintenance, which also play important roles in winter weather protection.

For more information on roofing and snow like how metal panels fare in winter weather conditions and for advice on how to winter-proof your roof, reach out to an ABC representative today.

Proper Ventilation for Metal Roofs and Walls

Selecting metal roof and wall panels is a strategic investment for the life of a building. To protect their investment, it is key that your customers ensure the proper ventilation system is installed. Optimal air movement not only promotes temperature regulation and energy efficiency but also reduces the risk of moisture-related issues like condensation build-up. Here, we look at some of the main ventilation considerations and resources your customers need to ensure success.

ABC Blog: Proper Ventilation of Metal Roofs and Walls

Why is proper ventilation important?

Proper ventilation helps optimize the performance and efficiency of metal buildings by:

  1. Controlling condensation

Condensation can wreak havoc on metal, causing corrosion, reduced thermal performance of insulation, mold and mildew growth, and even insect infestations. For example, in warm and humid areas, outside air that enters a building without moving through a ventilation system can bring with it large amounts of humidity. This humid air can create an uncomfortable environment, accelerate panel weathering and increase the possibility of mold growth. This issue is worsened when the outside temperature falls below the inside temperature, creating a perfect breeding ground for condensation development.

  1. Regulating temperature

Regulating and maintaining ideal interior temperature can help cool the building in warmer months, keeping the structure comfortable to occupy. Temperature regulation also helps protect the integrity of the building from excess (and premature) metal panel expansion and contraction. This movement can weaken the integrity of fasteners, which are designed to keep panels from detaching/pulling away from the substrate.

  1. Preserving air quality inside the building

Proper ventilation helps remove volatile organic compounds and other air pollutants that are detrimental to human health and productivity. The Environmental Protection Agency (EPA) and the Occupational Safety and Health Administration (OSHA) have published guidance on indoor air quality standards in commercial/institutional buildings. These standards help determine ventilation needs that need to be met to ensure compliance.

Who Needs Ventilation?

As expected, most structures require proper ventilation in accordance with their geographic location, contents and/or building end-use. Structures housing chemicals or moist substances require more ventilation than those storing dry goods in relatively arid environments. Ventilating a building that stores ceramic in the desert is very different than ventilating an indoor sauna in practically any geographic location. Agricultural facilities in particular must employ proper ventilation to mitigate the dangers posed by ammonia and other corrosive airborne fumes. (See our Animal Housing blog post for more.)

How to Ensure Proper Ventilation:

Similarly, the ideal amount and type of ventilation your customers need depends on their building’s unique specifications and end use. Generally, structures larger than 2,400 sq. ft. may require more than one type of ventilator to allow air to move between them (cross-ventilation). Structures that house people, animals and/or valuable material also benefit from cross-ventilation using ridge vents near the roof and a louver vent located closer to the structure’s floor. In these cases, it is recommended that your customers work with design professionals and building engineers who can help determine the building ventilation requirements. These professionals can recommend the appropriate, high-quality metal panels and components that suit the unique requirements of their project.

So, what ventilation options are available for your customers? Ventilation solutions fall into two main categories: natural (unpowered) and mechanical (electrically assisted):

  • Natural ventilation methods include installing a ridge and eave vents that enable air to circulate naturally through the building. Your customers can also use vents that capitalize on the natural vacuum created when air moves quickly over angled surfaces like roofs. The lower pressure in this vacuum draws air out of the building—most often through ridge vents. This choice will depend on your customer’s aesthetic preferences and/or installation location limitations.

 

  • Mechanical or power-assisted ventilation helps draw more cubic feet of air into and out of the space per minute. Powered fans with curved blades and/or louvers are often used to achieve greater air flow. As previously noted, air flow is vital in preventing condensation, so this is particularly helpful in naturally humid environments.

Conclusion

In conclusion, proper ventilation is a critical component of any high-quality building. As metal panels are becoming more popular, understanding how to achieve an effective ventilation system can help ensure the success of your customers’ building projects.

For more on ABC’s ventilation solutions, visit our previous blog on condensation management, check out our ventilation-enabling components or reach out to your local representative today!