Roofing is often associated with warmer months, but what happens when your roof needs attention during the winter? Can roofing be done in the colder months, or is it best to wait until spring? While winter roofing presents unique challenges, it’s not impossible—many homeowners successfully repair or replace their roofs even in harsh conditions. This blog post explores the feasibility of winter roofing, weighing the pros and cons, addressing weather considerations, and providing safety tips for a successful project. Whether you’re dealing with urgent repairs or planning a replacement, this guide will help you decide if winter roofing is right for your home.
Is It Possible to Do Roofing in Winter?
Roofing projects are typically associated with warmer months when weather conditions are more predictable, but roofing in winter is not only possible—it can also be practical under certain circumstances. However, working on a roof during the colder months comes with unique challenges that must be considered. Let’s take a closer look at the feasibility of winter roofing and the factors that can affect its success.
Roofing Work During Cold Months: An Overview
The short answer is yes, roofing work can be done in winter, but it requires careful planning and execution. Professional roofing contractors have the expertise to handle the colder temperatures, and many modern roofing materials are designed to withstand various weather conditions, including the chill of winter. In regions with harsh winters, delaying roof repairs or replacements can lead to further damage due to snow, ice, and moisture seeping into the roof structure. In these cases, addressing roofing issues in the winter might actually be the best course of action.
However, cold weather can complicate certain aspects of roofing, especially for materials like asphalt shingles, which can become brittle in low temperatures. Contractors must adapt their techniques and equipment to ensure the job is done effectively.
Factors That Impact Roofing in Winter
Several factors determine whether a roofing project can be completed successfully in winter. Below are the most important considerations:
1. Temperature:
Cold temperatures can affect both the materials and the tools used during roofing work. Most roofing materials, especially asphalt shingles, have specific temperature ranges for installation. When temperatures fall below 40°F (4°C), shingles can lose their flexibility, making them more prone to cracking during installation. This is why professional contractors often prefer to schedule roof work during warmer, sunnier days in winter, when the sun helps soften the materials.
2. Weather Conditions:
Winter brings unpredictable weather, including snow, ice, and rain, all of which can hinder roofing work. Icy surfaces make roofs slippery, increasing the risk of accidents. Additionally, heavy snow or rain can prevent work altogether. For these reasons, roofing contractors monitor weather forecasts closely to ensure that work is done on dry, stable days.
3. Material Handling:
Materials behave differently in cold weather. For instance, asphalt shingles may not seal properly when the temperature is too low, leaving the roof vulnerable to wind uplift. This means contractors must be extra cautious about how they handle and store materials on-site, often heating adhesives to ensure proper bonding.
4. Project Duration:
Winter roofing projects typically take longer than those done in summer or fall. Cold temperatures can slow down the installation process, especially when extra safety precautions are necessary. Roofing contractors need more time to ensure both the quality of the installation and the safety of their crew.
5. Professional Expertise:
Winter roofing requires a level of expertise that not all contractors possess. A contractor with experience in cold-weather roofing will know how to manage the challenges that come with the season, from choosing the right materials to adjusting installation techniques. Finding a reliable, experienced roofer is key to ensuring your winter roofing project is successful.
Pros and Cons of Winter Roofing
Winter roofing can seem daunting at first glance, given the cold weather, snow, and shorter days. However, roofing during the colder months comes with both benefits and drawbacks. Whether you’re dealing with a damaged roof or planning a replacement, understanding the pros and cons of winter roofing can help you make an informed decision.
Advantages of Roofing in the Winter Season
While most people think of spring and summer as the ideal time for roofing projects, winter roofing actually has its own set of benefits. Here are some of the key advantages:
1. Faster Scheduling and Availability:
One of the biggest advantages of winter roofing is contractor availability. Since most homeowners delay their roofing work until the warmer months, roofing companies tend to have lighter workloads during the winter. This means you can often schedule your project more quickly and avoid the long waiting times typical of peak roofing season. Contractors are more likely to give you focused attention, as they aren’t juggling multiple projects at once.
2. Potential Cost Savings:
Because of the lower demand for roofing services in winter, some contractors offer discounts or promotions to fill their schedules. This can result in significant savings on labor costs or even materials, especially if you negotiate a deal. For homeowners working with a tight budget, winter can be an excellent time to complete necessary roofing repairs or replacements without overspending.
3. Preventing Further Roof Damage:
If your roof is already damaged, waiting until spring for repairs can lead to more serious issues. Snow and ice can seep into cracks, causing water damage and increasing the risk of leaks. By addressing roof problems in winter, you can prevent the damage from worsening and avoid higher repair costs down the road.
4. Reduced Impact on Landscaping:
One often overlooked benefit of winter roofing is the reduced impact on your landscaping. During warmer months, roofing work can damage flower beds, lawns, and shrubs. In winter, many plants are dormant, meaning there’s less risk of harm to your garden or yard during the project.
Challenges and Potential Downsides
Despite the advantages, winter roofing comes with a unique set of challenges. These drawbacks must be carefully considered before moving forward with a project during the colder months.
1. Material Limitations:
One of the biggest challenges of winter roofing is that some roofing materials, particularly asphalt shingles, don’t perform as well in cold temperatures. Asphalt shingles, for instance, become more brittle when exposed to cold weather, which can lead to cracking during installation. Additionally, they may not seal properly, leaving your roof vulnerable to wind damage. Metal roofing, on the other hand, is generally more winter-friendly, but other materials may require special handling or even heating to ensure proper installation.
2. Weather Delays:
Winter weather is notoriously unpredictable, and this can cause significant delays in your roofing project. Snow, ice, and rain can make it impossible to work safely on a roof, forcing contractors to reschedule or pause the job. If your area experiences prolonged periods of harsh weather, the project timeline can extend beyond your expectations. This not only delays completion but can also lead to higher labor costs if contractors need to return multiple times.
3. Safety Risks:
Roofing work is already a dangerous task, and winter only adds to the risk. Ice and snow make roofs slippery, increasing the chances of accidents for workers. In extreme cold, contractors must take additional precautions, like wearing extra layers and specialized footwear, which can make working conditions uncomfortable and slower. The combination of cold, wind, and slippery surfaces creates a more hazardous environment, both for workers and the homeowner.
4. Extended Project Time:
Due to cold temperatures and limited daylight hours, roofing projects in winter often take longer to complete. Workers may need to take breaks to warm up, and the shortened days leave less time for work. This can mean that a project that might take a week in the summer could take significantly longer in the winter.
5. Potential for Lower Material Performance:
While certain roofing materials are designed to withstand a wide range of temperatures, cold weather can still impact their performance. Sealants and adhesives used during the roofing process may not bond as effectively in low temperatures, and shingles may not seal until warmer weather arrives. This can leave your roof more susceptible to wind damage until the materials fully adhere.
Weather and Temperature Considerations
When it comes to roofing work, weather and temperature play crucial roles, especially during the colder months. Installing or repairing a roof in winter requires an understanding of how temperature affects roofing materials and the installation process. Certain roofing materials, particularly asphalt shingles, have temperature requirements that must be met for a successful installation. Let’s explore the minimum temperature guidelines for shingles and examine how cold weather impacts roofing materials like shingles and metal.
Minimum Temperature Requirements for Shingle Installation
Asphalt shingles are one of the most common roofing materials, but they are particularly sensitive to temperature. To install asphalt shingles properly, most manufacturers recommend a minimum temperature of 40°F (4°C) or higher. Below this temperature, shingles become less flexible, making them more prone to cracking and breaking during installation.
Why Does Temperature Matter?
Shingles are made from asphalt, which needs to be pliable during installation. In warmer temperatures, shingles remain flexible and easier to handle. The adhesive strip on the back of each shingle, which bonds the shingles to one another, requires heat to activate and create a strong seal. In cold weather, this adhesive may not activate, or it could take significantly longer for the shingles to bond properly, leaving the roof vulnerable to wind uplift and leaks.
Contractors can work around this issue by using special techniques in colder temperatures, such as hand-sealing shingles with roofing cement or using a heat gun to warm the adhesive strip. However, this process is more labor-intensive and can extend the duration of the project.
Effects of Cold Weather on Roofing Materials
While asphalt shingles are the most sensitive to cold weather, other roofing materials like metal are generally more resilient to temperature changes. Each material reacts differently to cold, and understanding these effects is essential when planning a winter roofing project.
1. Asphalt Shingles:
As mentioned earlier, cold temperatures make asphalt shingles brittle and difficult to install. Additionally, the sealing process can be delayed or compromised when temperatures fall below the recommended range. Roofing contractors must take extra care to avoid cracking or breaking shingles and may need to store them in a warm environment before installation to ensure flexibility. Once installed, shingles may not fully bond until the weather warms up, leaving your roof susceptible to wind damage in the meantime.
2. Metal Roofing
Metal roofing, on the other hand, is less affected by cold temperatures. Metal panels do not rely on adhesive strips like asphalt shingles, and they are much more durable in freezing weather. However, cold temperatures can cause metal to contract, which may lead to gaps forming between panels if not properly installed. To mitigate this, contractors must take extra care in securing fasteners and ensuring that the metal expands and contracts appropriately as temperatures fluctuate.
3. Sealants and Adhesives
Many roofing materials, including underlayment and flashing, require sealants and adhesives to ensure a watertight roof. Cold temperatures can cause these materials to harden or fail to bond correctly, leading to gaps that allow moisture to seep in. In some cases, contractors may need to use special cold-weather sealants or heat them before application to ensure proper adhesion.
4. Underlayment and Insulation
Roofing underlayment, the layer beneath shingles or metal panels that provides additional protection, can also be affected by cold weather. Some types of underlayment may become stiff and difficult to work with in low temperatures, making installation more challenging. Additionally, winter roofing projects may require extra insulation to prevent heat loss, which can make the roof more energy-efficient in cold weather but also adds complexity to the installation process.
Safety Precautions for Roofing in Winter
Roofing in winter introduces a unique set of hazards due to the combination of cold temperatures, snow, ice, and slippery surfaces. The safety of workers and homeowners is a top priority when conducting any roofing project during the colder months. To ensure a successful and injury-free roofing process, understanding the dangers and implementing essential safety measures is critical.
Hazards of Working on Slippery Surfaces
One of the biggest risks in winter roofing is the potential for slips and falls caused by ice and snow accumulating on roofs. Slippery surfaces can drastically increase the danger to roofers, especially when working on steep slopes. Falls from roofs are already a leading cause of serious injuries in construction, and icy conditions only heighten the risk. Here are some of the key hazards that winter roofing presents:
1. Ice and Snow Accumulation:
Snow and ice can create a treacherous working environment, making it difficult for roofers to maintain traction. Even a thin layer of ice can make it almost impossible to walk on a roof safely, especially on inclines. The risk of falls increases when roofers are forced to navigate these slippery conditions while carrying tools and materials.
2. Cold-Induced Fatigue:
Working in cold temperatures can lead to quicker fatigue, making roofers more prone to mistakes. As the body expends energy to stay warm, workers may become tired faster, leading to slower reaction times and decreased focus. This can heighten the risk of accidents, especially when handling heavy equipment or working at heights.
3. Falling Debris:
In winter, falling ice or frozen roofing materials can present additional dangers to workers below. If not removed properly, large chunks of ice can dislodge and slide off the roof, posing a risk to anyone working on the ground or near the home. Similarly, snow and ice buildup can weigh down gutters and other roof elements, creating the potential for unexpected structural damage.
Ensuring Safety Measures for Workers and Homeowners
Given the added hazards of winter roofing, proper safety measures must be implemented to reduce the risk of accidents. Roofers and homeowners alike need to prioritize safety to ensure the project is completed smoothly and without incident.
1. Using Proper Footwear and Gear:
Roofing contractors working in winter must wear specialized footwear designed to provide maximum traction on slippery surfaces. These boots often feature spikes or slip-resistant soles to give workers a better grip on icy roofs. Additionally, roofers should wear heavy-duty gloves to keep their hands warm while maintaining dexterity, along with layered clothing to combat the cold without restricting movement.
2. Harnesses and Fall Protection:
Fall protection systems are essential when working on any roof, but they become even more critical in winter. Safety harnesses, lanyards, and anchor points must be used to prevent falls from elevated surfaces. Workers should be securely tethered at all times, especially when working on steep slopes or during particularly icy conditions. These fall protection systems should be inspected regularly to ensure they remain in good working order throughout the project.
3. Clearing Snow and Ice Before Starting:
Before any roofing work begins, it’s vital to clear snow and ice from the surface of the roof. This ensures a safer working environment and reduces the risk of slips and falls. Roofers should use roof rakes or other specialized tools to carefully remove snow and ice without damaging the roof. In some cases, contractors may use de-icing products to break up
ice and improve traction. This step is crucial for preventing accidents and ensuring that the work can be done efficiently and safely.
4. Monitoring Weather Conditions:
Winter weather can change quickly, so it’s essential for roofing crews to keep an eye on forecasts and monitor conditions throughout the day. If a storm is approaching or temperatures drop significantly, the project should be halted until it is safe to continue. Roofing work should never be done during heavy snowfall, high winds, or freezing rain, as these conditions significantly increase the risk of accidents.
5. Safety Training and Preparedness:
All roofing crews should undergo thorough safety training before beginning any winter project. This training should cover best practices for working in cold weather, proper use of fall protection systems, and how to safely navigate slippery surfaces. Workers should also be trained to recognize signs of cold-related illnesses, such as frostbite and hypothermia, and know when to take breaks to warm up.
6. Ensuring Homeowner Safety:
Homeowners should also take precautions to stay safe during a winter roofing project. They should avoid the area directly below the roof, as falling debris or ice could pose a risk. Additionally, homeowners should keep pathways to the home clear of snow and ice to prevent slips and falls for both themselves and roofing workers. Communication between the homeowner and roofing crew is essential to ensure that safety protocols are followed.
Impact of Cold Weather on Tools and Materials
Winter roofing presents not only challenges in terms of safety and weather conditions but also in the performance of the tools and materials used. Cold temperatures can significantly affect the efficiency of equipment like nail guns, as well as the flexibility and durability of roofing materials such as shingles and underlayment. Understanding how winter conditions impact these tools and materials is essential for ensuring a successful roofing project during colder months.
How Cold Weather Affects the Performance of Nail Guns and Other Tools
Nail guns are an essential tool for most roofing projects, allowing roofers to quickly and securely fasten shingles or other roofing materials. However, cold temperatures can cause nail guns to function improperly, leading to delays and potential installation issues.
1. Air Pressure and Pneumatic Nail Guns:
Most nail guns used in roofing are pneumatic, meaning they rely on compressed air to drive nails into the roofing material. In cold weather, the air compressor that powers the nail gun can struggle to maintain adequate pressure, particularly if moisture gets into the system and freezes. This can lead to inconsistent nailing, with nails either being driven too deep or not deep enough. Inconsistent nail placement can compromise the integrity of the roofing system and may result in leaks or shingles that are not securely attached.
2. Cold-Hardened Hoses and Components:
Another issue with nail guns in winter is the hardening of air hoses. As temperatures drop, rubber hoses can stiffen, making them difficult to maneuver and more prone to cracking or breaking. Cold weather also affects the internal components of the nail gun, which may become less responsive and lead to jamming or misfiring. This can slow down the installation process and increase the risk of accidents.
3. Battery-Powered Tools:
In addition to pneumatic tools, many roofers rely on battery-powered tools for cutting and fastening materials. Cold temperatures reduce battery life significantly, meaning roofers may need to replace or recharge batteries more frequently. This adds to the overall time and cost of the project. In extreme cold, some battery-powered tools may stop functioning altogether, causing further delays.
4. Solutions to Combat Tool Issues in Winter:
To address these problems, roofing contractors can take several measures to maintain the functionality of their tools in cold weather. For pneumatic nail guns, contractors can use synthetic air compressor oil designed for low temperatures, which helps prevent freezing. Additionally, keeping hoses and other components warm before use can help maintain flexibility. For battery-powered tools, contractors often store batteries in insulated or heated boxes to prolong their life during winter projects.
Material Flexibility and Durability in Winter Conditions
Just as cold weather affects tools, it also impacts the performance of roofing materials. Materials like shingles, underlayment, and adhesives react differently to freezing temperatures, often becoming brittle or less adhesive. Knowing how winter conditions affect these materials helps ensure a quality installation.
1. Asphalt Shingles:
Asphalt shingles, one of the most commonly used roofing materials, are especially vulnerable to cold weather. In freezing temperatures, shingles lose flexibility and can become brittle, making them prone to cracking or breaking during installation. This can lead to a compromised roof that may not provide adequate protection against the elements. Additionally, the adhesive strip on the back of asphalt shingles, which helps them bond to one another, may not activate in cold temperatures, delaying the sealing process. Without proper sealing, shingles can lift in high winds or allow water to penetrate the roof.
2. Metal Roofing:
Metal roofing is generally more resilient to cold temperatures, as it does not rely on adhesives or flexible components like shingles. However, cold weather can still cause metal panels to contract, potentially leading to gaps between the panels. If these gaps are not addressed during installation, they can allow water to seep through, leading to leaks. Contractors must carefully secure metal panels and account for thermal expansion and contraction when installing metal roofs in winter.
3. Underlayment and Flashing:
The underlayment, which serves as an additional layer of protection beneath the shingles or metal panels, can also be affected by cold weather. Certain types of underlayment may become stiff and difficult to install in freezing temperatures, making it harder to create a watertight seal. Flashing, used around roof edges and joints, can similarly be impacted by the cold, becoming brittle and less malleable.
4. Adhesives and Sealants:
Many roofing materials, including shingles and flashing, rely on adhesives and sealants to create a waterproof barrier. In winter, these adhesives may not cure properly, especially if temperatures fall below the manufacturer’s recommended threshold. This can result in poor adhesion, leaving the roof vulnerable to leaks. Roofing contractors may need to use cold-weather-specific adhesives or manually apply heat to ensure a proper seal.
Shingle and Metal Roof Performance in Cold Conditions
Winter can be a challenging time for roofing, as the cold weather affects both the installation process and the long-term performance of materials like shingles and metal roofing. These two materials, commonly used in roofing projects, react differently to low temperatures. While shingles can become brittle and more difficult to install, metal roofs are often more resilient and perform better in harsh winter conditions. Understanding the key differences in how these materials behave in cold weather helps both contractors and homeowners make informed decisions about their roofing projects.
Differences in Shingle and Metal Roof Installation in Cold Weather
Cold weather significantly affects the installation process of both asphalt shingles and metal roofs, though the impact is more pronounced with shingles. Proper installation is essential to ensure the roof provides adequate protection and durability, particularly in regions prone to snow, ice, and freezing temperatures.
1. Shingle Installation in Winter:
Asphalt shingles, one of the most popular roofing materials, are designed to be flexible and adhesive under normal weather conditions. However, in cold weather, shingles can lose their flexibility and become brittle. This makes them prone to cracking or breaking when handled or nailed into place. Cold temperatures also slow down or completely inhibit the activation of the adhesive strip on the underside of the shingles. This adhesive is crucial for ensuring that the shingles bond securely to each other, creating a waterproof seal that protects against wind and water. When the adhesive doesn’t seal properly due to the cold, the shingles may be more susceptible to lifting in strong winds or allowing water infiltration during winter storms.
As a result, roofing contractors must take extra precautions when installing shingles in winter. They may need to manually heat the shingles to make them more flexible or apply a cold-weather-specific adhesive to ensure proper sealing. Additionally, contractors must be mindful of the temperature during the installation process; most manufacturers recommend installing shingles at temperatures above 40°F (4°C) to ensure optimal performance.
2. Metal Roof Installation in Winter:
Metal roofing is less affected by cold temperatures than shingles, making it a more reliable option for winter installation. Unlike asphalt shingles, metal panels do not rely on adhesives or flexibility during installation. Metal roofs are typically installed using screws and fasteners, which are less affected by temperature fluctuations. While metal roofing materials may contract slightly in cold weather, they do not become brittle or prone to cracking like shingles.
However, cold temperatures can still pose some challenges for metal roof installation. Metal contracts in freezing weather, and if not properly accounted for, this can lead to gaps between the panels, which may allow water to seep through. Contractors must carefully adjust the installation process to accommodate thermal expansion and contraction. They must also ensure that the fasteners are properly secured, as loose fasteners can lead to movement in the metal panels during freeze-thaw cycles.
Overall, metal roofing is much easier to install in cold weather compared to asphalt shingles. The material’s resistance to brittleness and its reliance on mechanical fasteners instead of adhesives make it a more straightforward option for winter roofing projects.
Why Metal Roofs May Perform Better in Winter
Metal roofs often outperform shingles in winter due to their durability, weather resistance, and ability to withstand the challenges of cold climates. Several factors contribute to the superior performance of metal roofs in winter conditions:
1. Resistance to Ice and Snow Build-up:
One of the most significant advantages of metal roofs in winter is their ability to shed snow and ice more effectively than shingle roofs. The smooth, slippery surface of metal roofing prevents snow from accumulating, reducing the risk of excess weight on the roof and the potential for ice dams. Ice dams, which occur when melting snow refreezes at the roof’s edge, can cause water to back up under shingles, leading to leaks. Metal roofs significantly reduce this risk by allowing snow and ice to slide off more easily.
2. Durability in Extreme Cold:
Metal roofs are incredibly durable and can withstand the stresses of freezing temperatures without becoming brittle or fragile. Unlike shingles, which may crack under the pressure of cold weather, metal roofs retain their structural integrity, making them more resilient to the challenges of winter. This durability means that metal roofs are less likely to sustain
damage during winter storms, heavy snowfalls, or freezing rain. They are also less prone to the small shifts and cracks that can occur in shingle roofs when temperatures fluctuate between freezing and thawing.
3. Energy Efficiency and Insulation:
Metal roofs can also offer better energy efficiency during the winter months. Many modern metal roofing systems are designed with built-in insulation layers or reflective coatings that help retain heat inside the home. This can lead to lower heating costs, as the roof helps maintain a stable indoor temperature by preventing heat loss. Metal roofs reflect heat from the sun during the day, preventing the home from losing warmth too quickly when temperatures drop at night. Shingle roofs, on the other hand, may not provide the same level of insulation, especially in extreme cold, where the adhesive strips can fail to create a proper seal.
4. Longevity and Maintenance:
Metal roofs generally have a longer lifespan than shingle roofs, especially in climates with harsh winters. They are more resistant to the wear and tear that comes with snow, ice, and freezing conditions, requiring less maintenance over time. Additionally, since metal roofs are not prone to ice dams or water infiltration, homeowners with metal roofing can avoid many of the winter-related problems that shingle roofs might face, such as leaks or rot.
5. Fire Resistance:
Another benefit of metal roofs in winter is their fire resistance. In some cold regions, homeowners use wood-burning stoves or fireplaces, which increase the risk of chimney fires. Metal roofs are non-combustible, providing an extra layer of protection against fire hazards compared to shingle roofs, which are typically more vulnerable to sparks and embers.
FAQs
What temperature is too cold to put on a roof?
Most roofing materials, particularly asphalt shingles, are difficult to install when the temperature falls below 40°F (4°C). At colder temperatures, shingles become brittle and can crack when bent or nailed, making installation challenging and potentially compromising the roof’s longevity.
Should you put a roof on in the winter?
Yes, roofing can be done in winter, but it requires extra precautions. Cold weather affects roofing materials and tools, and safety concerns increase on icy or snowy surfaces. If you have no other option but to repair or replace your roof in winter, hiring an experienced contractor who understands the challenges is crucial.
What is the best time of year for roofing?
The best time of year for roofing is typically during the spring or fall when the weather is mild. Ideal temperatures range between 45°F and 85°F, which ensures roofing materials are flexible and safe to install. Moderate weather reduces the risk of delays caused by rain, snow, or extreme heat.
Can you coat a roof in the winter?
Roof coatings can be applied in winter, but the temperature must generally be above 50°F (10°C) for proper adhesion. Cold weather can slow the curing process, which may lead to adhesion issues and a compromised finish. It’s recommended to wait for warmer conditions for the best results.
What is the best roofing for cold weather?
Metal roofing is often considered the best option for cold weather due to its durability and resistance to ice and snow buildup. Unlike shingles, metal roofing doesn’t crack or become brittle in freezing temperatures. Additionally, metal roofs can shed snow easily, reducing the risk of ice dams.
What temperature can you apply roof coating?
Roof coatings typically require temperatures above 50°F (10°C) for effective application and curing. Below this temperature, the coating may not adhere properly, leading to poor performance. Always check the manufacturer’s guidelines for specific temperature requirements for the roof coating product you’re using.
Conclusion
Winter roofing may not be the ideal choice for every homeowner, but it is certainly possible with the right approach. Understanding the challenges and benefits of roofing during the colder months, as outlined in this guide, can help you make an informed decision. Whether it’s the flexibility of metal roofs, the precautions necessary for safety, or the potential for delays due to weather, winter roofing requires careful planning. Ultimately, factors like the condition of your roof, the urgency of repairs, and the contractor’s expertise will determine whether winter roofing is the best option for you. If you take the proper steps and choose an experienced contractor, you can ensure your roofing project is completed successfully, even in the heart of winter.