5 star on Google Reviews
5 star on Google ReviewsSummer storms bring a mix of excitement and concern. While they provide relief from the scorching heat and can be awe-inspiring to watch, they also have the potential to wreak havoc on homes, especially roofs. From heavy rain and strong winds to lightning strikes and hail, summer storms can cause various types of damage, some of which may not be immediately apparent. As a homeowner, it’s essential to know what to look for after a summer storm to ensure the safety and integrity of your property. In this blog post, we’ll explore the key areas that homeowners should inspect following summer storms and offer tips on how to address any damage that may arise.
One of the most common areas affected by summer storms is the roof. High winds can loosen or dislodge shingles, while hail can cause dents or punctures. After a storm passes, carefully inspect your roof for any signs of damage, including missing or damaged shingles, cracked flashing, or sagging areas. Use binoculars to inspect your roof from the ground if climbing onto the roof is not safe. Additionally, check for water stains on your ceilings or walls, as these may indicate a leak caused by storm damage.
Gutters and downspouts play a crucial role in directing rainwater away from your home’s foundation. However, they are vulnerable to clogging from debris washed in by summer storms. After a storm, inspect your gutters and downspouts for blockages caused by leaves, branches, or other debris. Clear any obstructions to ensure proper drainage and prevent water from pooling near your home’s foundation, which can lead to water damage and structural issues.
Windows and doors are susceptible to damage during summer storms, particularly from flying debris and high winds. Inspect your windows and doors for any signs of cracks, chips, or broken glass. Check the weather-stripping and seals for damage and ensure that windows and doors close properly to prevent water intrusion and drafts. If you discover any damage, repair or replace the affected windows and doors promptly to maintain the security and energy efficiency of your home.
Trees and landscaping can enhance the beauty of your property, but they can also pose a risk during summer storms. High winds and lightning strikes can cause trees to topple or branches to break and fall onto your home or vehicles. After a storm, survey your property for any fallen or damaged trees, branches, or limbs. Remove any debris safely and promptly and consider trimming overhanging branches to minimize the risk of future damage.
The siding and exterior walls of your home provide protection against the elements, but they can sustain damage during severe summer storms. Inspect your siding for dents, cracks, or holes caused by hail or flying debris. Check for loose or missing siding panels and ensure that the exterior walls are intact and secure. Address any damage to your home’s siding promptly to prevent water intrusion and maintain the structural integrity of your property.
The foundation and basement are vulnerable areas that can be affected by heavy rain and flooding during summer storms. Inspect your foundation for any signs of cracks, settling, or water seepage. Check your basement for dampness, moisture, or signs of water damage, such as water stains or mold growth. Ensure that your sump pump is functioning correctly and consider installing a backup battery or generator to prevent basement flooding during power outages.
Summer storms can leave a trail of damage in their wake, but knowing what to look for and taking prompt action can help mitigate the impact on your home. By inspecting your roof, gutters, windows, doors, trees, siding, foundation, and basement after a storm, you can identify any damage and address it before it worsens. Remember to prioritize safety when inspecting your property and enlist the help of professionals for repairs or maintenance tasks that require specialized skills or equipment. With proactive maintenance and vigilant attention, you can protect your home from the effects of summer storms and enjoy peace of mind throughout the season.
Should you find storm damage to your roof or siding, call SJ Roofing at (703) 716-7663, the local company you can trust to fix your storm damage and work directly with your insurance company to repair your home.
When it comes to managing the energy efficiency of our homes, we often concentrate on the functionality of heating systems, insulation, and windows. However, a critical yet often overlooked component in this equation is the roof. Your roof plays a crucial role in the overall efficiency of your heating system. In this blog post, we will explore how an older roof can affect your heating system and what steps you can take to mitigate potential issues.
One of the primary ways an older roof can impact your heating system is through the deterioration of insulation. Over time, roofing materials may break down due to exposure to harsh weather conditions, UV rays, and other environmental factors. As these materials degrade, the insulation properties of your roof diminish, leading to increased heat loss from your home.
To combat this issue, it’s essential to conduct regular inspections of your roof and replace damaged or worn-out insulation materials. Upgrading to modern, energy-efficient insulation can significantly improve your roof’s ability to retain heat, reducing the workload on your heating system.
Aging roofs are more prone to leaks and water damage, which can have a direct impact on your heating system. Water infiltration can compromise the structural integrity of your roof and insulation, creating an environment conducive to mold growth. Mold not only poses health risks but can also reduce the effectiveness of insulation, leading to increased heat loss.
To prevent water damage, inspect your roof regularly for signs of leaks, such as water stains on ceilings, damp spots in the attic, or visible damage to roofing materials. Promptly address any issues by repairing or replacing damaged sections of the roof. Additionally, consider installing a waterproof membrane or sealant to provide an extra layer of protection against water infiltration.
An older roof with compromised insulation and potential leaks can result in higher energy bills. As heat escapes through the roof, your heating system must work harder to maintain a comfortable temperature indoors. This increased workload not only strains your heating system but also leads to greater energy consumption and higher utility costs.
To address this issue, invest in a professional energy audit to identify areas of heat loss in your home. This audit can pinpoint specific weaknesses in your roof and insulation, allowing you to prioritize necessary repairs or upgrades. By addressing these issues, you can enhance the energy efficiency of your home and reduce heating costs.
A balanced attic ventilation system is important for many comfort and cost reasons. What does “balanced” mean in this case? It refers to a system that combines the right amount of insulation with proper roof ventilation to create a circulating airflow. This improves the energy efficiency of your HVAC system, making it easier to keep a consistent temperature. Proper ventilation also increases the structural longevity of your roof and attic space by reducing condensation and uneven temperatures.
A deteriorating roof can contribute to drafts and cold spots throughout your home. As warm air escapes through gaps or damaged areas in the roof, cold air infiltrates, creating an uncomfortable indoor environment. This not only affects your comfort but also forces your heating system to compensate for the heat loss, leading to increased energy consumption.
Seal any gaps, cracks, or openings in your roof promptly to prevent drafts and cold spots. Weatherstripping, caulking, and applying insulation to vulnerable areas can help create a more airtight seal, reducing the workload on your heating system and ensuring a more consistent and comfortable indoor temperature.
The increased workload on your heating system caused by an aging roof can result in structural stress. As your heating system operates continuously to compensate for heat loss, it may experience wear and tear at an accelerated rate. This can lead to more frequent breakdowns, reduced efficiency, and a shortened lifespan for your heating equipment.
To mitigate structural stress on your heating system, address roof-related issues promptly. Regular roof inspections, timely repairs, and proactive maintenance can help preserve the efficiency and longevity of your heating system. Additionally, consider upgrading to a more energy-efficient heating system to reduce the overall workload on your equipment.
The condition of your roof has a significant impact on the efficiency and performance of your heating system. An aging roof with compromised insulation, leaks, and other issues can lead to increased energy bills, drafts, and structural stress on your heating equipment. By prioritizing roof maintenance, conducting regular inspections, and addressing issues promptly, you can create a more energy-efficient and comfortable living space. Invest in the longevity of both your roof and heating system to ensure a warm and cozy home for years to come.
If you feel your older roof might need repairs and could be contributing to an increase in your heating bill, give St Joseph’s Roofing a call today at (703) 716-7663. We’ll always provide a free inspection and free estimate!
A roof replacement is a significant investment in your home, and choosing the right contractor is crucial to ensuring a positive and successful outcome. When it comes to interviewing roof replacement contractors, having a list of well-thought-out questions can make all the difference.
Here, we delve into a comprehensive set of frequently asked questions (FAQs) that you should consider when evaluating potential roofing contractors.
Understanding the contractor’s experience is paramount. A well-established roofing contractor with a lengthy history in the industry is likely to have a proven track record of successful projects and excellent customer service. Plus, you feel confident they’ll still be in business “down the road” should you have a warranty claim or need additional services.
Verify the contractor’s credentials to ensure they are licensed to operate in your area. Additionally, inquire about their insurance coverage, including liability and workers’ compensation.
A reputable roofing contractor should have no hesitation providing this information.
Ask for a list of references or a portfolio showcasing their previous roof replacement projects. Contacting previous clients allows you to gain insights into the contractor’s work quality, professionalism, and reliability.
Understanding the materials the contractor plans to use is crucial for assessing the durability and longevity of your new roof. A reliable contractor should be able to explain the pros and cons of different roofing materials and help you choose the best option for your specific needs.
Inquire about the warranties provided by the contractor. A reputable roofer will stand by their workmanship and offer warranties on both materials and labor.
Be sure to understand the terms and conditions of any warranties provided by the contractor and manufacturers.
Roof replacement projects can encounter unexpected challenges. Ask the contractor about their process for handling unforeseen issues or changes in the project scope.
A flexible and communicative contractor is essential to navigating potential hurdles.
Understanding the estimated timeline for your roof replacement is crucial, especially if you have time constraints or weather considerations. A clear project timeline helps you plan accordingly and ensures that the contractor is committed to completing the job in a timely manner.
Roof replacement involves significant construction work, and it’s important to know how the contractor plans to protect your property. Inquire about measures they will take to prevent damage to landscaping, windows, and other structures.
Navigating the permitting process and ensuring compliance with local building codes is all part of a roofing project. A reputable contractor should be knowledgeable about local regulations and take responsibility for obtaining necessary permits and passing inspections.
Discuss the payment schedule before the project begins. It’s common for contractors to require an upfront deposit, with subsequent payments tied to project milestones.
Be cautious of contractors who demand full payment upfront.
A clean and organized work site is a sign of a professional contractor. Inquire about their cleanup plan and how they intend to dispose of old roofing materials.
A commitment to a clean work site reflects the contractor’s attention to detail and professionalism.
Understanding how the contractor handles emergencies or post-installation issues is crucial. Ask about their responsiveness and the process for addressing any problems that may arise after the project is completed.
If energy efficiency is a priority for you, inquire about energy-efficient roofing options. A knowledgeable contractor should be able to discuss cool roofing materials, insulation options, and other features that can contribute to a more energy-efficient home.
Request a detailed written estimate that includes all costs associated with the project, such as materials, labor, permits, and any potential additional charges. A transparent and detailed estimate helps avoid misunderstandings and ensures that both parties are on the same page.
Effective communication is key to a successful roofing project. Inquire about the contractor’s communication practices, including how often they provide updates, who the point of contact will be, and how they handle client concerns or questions.
Choosing the right roof replacement contractor requires thorough research and thoughtful consideration. By asking these frequently asked questions, you can gain valuable insights into a contractor’s experience, professionalism, and commitment to quality work.
Remember that communication is key, and a transparent and open dialogue with your contractor will contribute to a smooth and successful roof replacement project. Investing time in the selection process will pay off in the long run, ensuring a durable and aesthetically pleasing roof that adds value to your home.
You can ask our team of roofing experts all of these questions and more. We want you to have the best possible experience with your roof replacement and our work and finished product, along with our award-winning customer experience will ensure that. Contact us today for a free estimate and come see why we are the most trusted roofing contractor in Northern Virginia.
Do you have a low-slope roof on your home? When it comes time for replacement, you’ll have several options to consider when selecting a roofing material. Before you get started, it helps if you understand the basics of roof pitches and what type of roofing is appropriate for your home. In this blog, we’ll tell you all about low-slope roofs and some of the roofing options available when you need a replacement.
While no roof should be completely flat to allow for proper drainage, a low-slope roof is often referred to as a flat roof. They are nearly flat with a slight pitch, but they are not steep enough to put shingles on. When you need to replace a low-slope roof, you will need a low-slope roofing system with slopes between 2:12 and 4:12 of the run.
Your roof’s pitch is a ratio between the number of inches or feet it rises upward for every 12 inches or feet it extends across. So a roof with a 4/12 pitch will be 4 inches or feet up for every 12 inches or feet out.
A typical steep-slope roof uses gravity so the water over pour the breaks and fasteners in the shingles until it flows off the roof. Gravity can’t help a low-sloped roof or flat roof to drain properly, so the roof needs a watertight membrane that extends to the drains or edge of the roof.
Traditional low-slope or flat roofs were constructed with built-up tar and gravel.
This type of roofing raises many cost, performance, and environmental problems. Today, low-slope roofs are covered with a continuous membrane that is applied to the roof in sheets and bonded with adhesives or heat welding. This helps protect your roof from standing water. Another option for low-slope or flat roofs is metal roofs of copper or tin, though these materials are pricier than using a water-tight membrane.
Since low-slope roofs are harder to drain than steep-slopes where gravity is doing the work, the roofing materials for both types of roofs are not the same. While asphalt or slate shingles look great, they won’t work for your low-slope roof because they do not drain well which can cause a host of problems. However, there are many suitable alternatives for low slope roofing.
There are five commonly utilized roofing systems for low-slope roofs. Here’s a rundown on their features and where they perform best.
Built-up roofing membranes are made with bitumen and felts. The membranes are laid out on a base sheet fashioned to the roof. BUR roofing is used less today as we have so many more efficient and environmentally sound options.
Modified bitumen is strengthened by adding polymers like Styrene-butadiene (SBS) or atactic polypropylene (APP). These substances give bitumen rubber-like properties. The asphalt is modified for flexibility and built over a heavy fiberglass or polyester base for sturdiness.
Then, the modified bitumen sheets are attached with adhesive and heat.
PVC low-slope roofs are a common feature in restaurants. PVC is also bendable and will cool your house during summer because it conducts heat poorly.
Thermoplastic Polyolefin (TPO) is usually a white, one-ply membrane. It is lightweight, chemical-resistant, and has robust impact resistance. TPO low-slope roofing systems are used often in commercial industries. Homeowners love TPO membranes because they reflect heat and keep the home’s interior cool.
EPDM rubber roof systems are fastened to an insulation board. The rubber covering can also be attached using boulders or ballast. EPDM rubber roof systems are usually black, although white is also available. This type of roof can be used in climates with both hot and cold weather.
EPDM, PVC, and TPO can all be used for residential roofing. Consider the appearance that you want and what rooms are below the roof. If you can see the roof out the windows, you’re probably better off avoiding the white membranes because you will be able to see when it starts to weather or become dirty.
If you want to learn more about replacing your low-slope roofing, call the pros at SJ Roof. Our experienced team of roofing professionals can help you select a roofing system that meets your needs and looks great, and we guarantee a high-quality installation. Contact us today for a free consultation and estimate.
A balanced attic ventilation system is important for many comfort and cost reasons. What does “balanced” mean in this case? It refers to a system that combines the right amount of insulation with proper roof ventilation to create a circulating airflow. This improves the energy efficiency of your HVAC system, making it easier to keep a consistent temperature. Proper ventilation also increases the structural longevity of your roof and attic space by reducing condensation and uneven temperatures.
An improperly designed or installed ventilation system strains your home’s HVAC as it has to be running constantly to maintain a stable temperature. Condensation also forms from this imbalance and it can lead to toxic mold growth when left unchecked. Not only is this moisture dangerous to a person’s health, but it can also damage the roof sheathing over time and can lead to thousands of dollars in replacement costs. The rising costs in plywood alone have increased over 252% YTD so far in 2021.
Attic ventilation harnesses the natural movement of air by taking advantage of both the thermal effect (warm air’s tendency to rise) and the differing pressures caused by wind. This is done through the placement of intake vents and exhaust vents.
Your home’s cost of maintenance is determined by its ability to contend with the challenges of hot and cold weather. Let’s take a closer look at what a properly designed and installed system means for your home in both cold and hot weather.
The number one concern during winter months is condensation. In an imbalanced system, heated air from inside your home rises and meets with the cold stagnant air in your attic. This creates condensation.
Condensation is concerning because it causes mold, unsightly water stains, paint damage, and it can even cause structural damage from wood rot.
The other costly issue during winter months is the formation of ice dams. They’re caused by warm air accumulating near the peak of your roof, while lower sections of your roof remain cold. After a heavy snowfall, the snow near the peak will melt and make its way to the lower section where it then refreezes as ice. This dam continues to grow as more melt flows down the roof, eventually trapping water behind it that can leak inside.
An updated and balanced ventilation system makes ice dams a non-issue. Proper attic ventilation creates a “cold roof” in which your roof’s entire surface is uniformly cold, preventing the formation of an ice dam.
There are 3 steps to complete protection from ice dams – adequate ventilation, proper insulation, and waterproofing.
A proper attic ventilation system will supply uniform airflow along the entire underside of your roof deck, ensuring an equalized roof temperature. Ridge vents are one of the most cost effective and high-performance solutions to evenly distribute the layout of your intake vents.
Having the right level of attic insulation reduces heat loss from your home. Installing adequate amounts of insulation around electrical fixtures, wiring, and plumbing cases is critical as they’re major sources of heat loss.
Even a flawlessly designed system may not be enough to eliminate all ice dams. Waterproofing your roof with an ice and water shield can eliminate the possibility of moisture leaking into your living space.
Preventing radiant heat from building up and migrating from your roof to your attic, and from your attic to your living space is crucial for your home’s comfort and keeping your utility costs low. The solution is two-fold: maintaining sufficient airflow and installing adequate insulation.
Intake and exhaust of air must be constant and adhere to the 1/300 net free ventilation rule. This means for every 300 square feet of enclosed attic space, 1 square foot of ventilation via an exhaust vent is required. To calculate exactly how many intakes and exhaust vents your attic needs, plug the dimensions of your attic into a ventilation calculator.
Having a sufficient number of carefully installed, unobstructed vents will maintain enough airflow to move warm air out of your attic before it can radiate down into your home.
Your roof’s insulation doesn’t just keep you warm in the winter. It also keeps your cool in the warmer months. The right amount of insulation reduces the radiant heat making its way down into your home. If your insulation is level or below your floor joists (the wood 2 x 4’s that you walk on to move around the attic) then you don’t have enough. The right amount of insulation for your home will vary depending on the size of your attic and the type of insulation you install, but generally, your insulation should total 14-15 inches thick.
A skilled roofer can help you avoid a lot of the problems associated with improper attic ventilation. Herndon, VA based St. Joseph’s Roofing offers professional roof installation and home improvement services throughout the Washington DC Meto area. Click the following hyperlink to view a detailed PowerPoint presentation on The Principals of Attic Ventilation.
Contact us today for a free service estimate for your attic ventilation needs.