10 Seasonal Maintenance Tips for Steel Buildings
Steel buildings can last 50–70 years or more, but only with proper maintenance. Neglecting upkeep can lead to costly repairs, ranging from $8,000 to $30,000, while annual maintenance typically costs just $300–$800. Here’s how to protect your investment and avoid expensive fixes:
- Inspect fasteners, seams, and sealants: Replace cracked washers and brittle caulking to prevent leaks.
- Clear gutters and drainage paths: Blocked gutters cause water damage and base panel corrosion.
- Remove snow and ice safely: Use roof rakes and leave a protective snow layer to avoid damaging coatings.
- Check for rust and coating damage: Repair scratches and rust spots early to prevent spreading.
- Inspect insulation and condensation control: Address vapour barrier tears and thermal bridging to avoid interior rust.
- Test doors, windows, and hardware: Replace failing weatherstripping and lubricate moving parts.
- Trim trees and clear debris: Prevent scratches, dents, and moisture build-up from vegetation.
- Record issues and schedule repairs: Prioritize critical fixes and maintain a detailed log for warranties.
- Use a seasonal checklist: Inspect in spring (post-winter damage) and fall (winter prep).
- Set a year-round schedule: Regular checks prevent small problems from escalating.
Canada’s harsh climate demands extra care. Freeze-thaw cycles, heavy snow, and de-icing salts can accelerate wear. Regular inspections and timely repairs are key to keeping your steel building in top shape.
Steel Building Maintenance Cost: Annual Upkeep vs. Neglect
5 Maintenance Tips for Metal Buildings
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1. Inspect Fasteners, Seams, and Sealants
Fasteners, seams, and sealants are your building’s first defence against water damage. Something as small as a loose screw can let moisture seep in, leading to structural issues.
Start by checking for rust streaks around screw heads – this often signals fastener failure. Pay close attention to EPDM rubber washers on roof screws. If they’re flat, brittle, or cracked, it’s time for a replacement. For caulking, press around seams and penetrations. If the caulk feels hard or starts pulling away from the metal, it’s no longer effective.
"A $200 tube of caulk applied once a year prevents a $4,000 roof repair. A $15 can of touch-up paint prevents a $3,000 panel replacement." – SteelBuildingKit.com
If you come across a stripped fastener hole, don’t just tighten the screw further. Instead, remove it and replace it with a slightly larger fastener. Michelle Keenan, Co-Founder and Director of Operations at Norsteel Buildings, advises:
"If you find a loose fastener, do not just over-tighten it if the hole is stripped. Instead, remove the unseated screw and replace it with the next larger fastener size."
When resealing, make sure to use a polyurethane sealant designed for metal roofing. Clean the area first with isopropyl alcohol to ensure the sealant adheres properly. Plan inspections twice a year – once in the spring to check for freeze-thaw damage and again in the fall to prepare for winter.
| Component | Signs of Failure | Expected Lifespan |
|---|---|---|
| Fasteners/Screws | Rust streaks, backed-out heads, cracked washers | 10–15 years |
| Sealants/Caulking | Brittleness, pulling away from panels, visible gaps | 5–10 years |
| Panel Seams | Separation, daylight visible from inside, moisture stains | 20–40 years |
| Weatherstripping | Cracking, compression, light leaks around doors | ~5 years |
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Once you’ve inspected these areas, move on to clearing gutters and drainage paths to ensure water flows away properly.
2. Clear Gutters and Drainage Paths
Once fasteners and sealants are secure, the next step is to focus on managing water flow by keeping gutters and drainage paths clear.
Clogged gutters are a major culprit behind damage to steel buildings. When debris blocks water flow, it can overflow onto wall panels and collect at the foundation. This leads to base panel corrosion over time. As AA Metal Buildings explains:
"Blocked gutters cause water to overflow on wall panels and pool at the foundation – the most direct path to base panel corrosion damage."
To avoid these issues, schedule gutter cleanings twice a year, ideally in April and October. In Canada, fall maintenance is especially crucial since leaves and pine needles left in gutters during winter can trap moisture, worsening freeze-thaw cycles. After storms, inspect and remove any debris promptly.
Cleaning gutters is a simple process. Start by manually removing debris, then use a garden hose to flush out any remaining material, ensuring water flows freely through the downspouts. Avoid using pressure washers, as the high water force can push water under panel seams or into insulation. Once the gutters are clear, check where the downspouts discharge – water should exit at least 1–2 metres away from the building’s foundation to prevent damage.
Pay attention to the ground around your structure as well. Over time, soil naturally settles, creating low spots where water can pool against the base panels. To prevent this, the ground should slope away from the building, dropping at least 15 cm over the first 3 metres. Fill in any low areas to keep water from accumulating near the foundation.
After heavy rains, inspect the bottom 30–45 cm of your wall panels for signs of mud staining or early rust. Mud left against steel panels is a common cause of corrosion. A quick rinse with a garden hose after storms can help prevent this, and any rust spots should be dealt with immediately.
| Drainage Component | What to Check | Action to Take |
|---|---|---|
| Gutters | Debris buildup, sagging, or separation | Remove debris and flush with a garden hose |
| Downspouts | Clogs and improper discharge | Clear clogs and ensure water flows away from the foundation |
| Site Grading | Soil settling or pooling near the base | Fill low spots to maintain proper slope away from the building |
| Base Panels | Mud accumulation or early rust stains | Rinse with a low-pressure hose and address rust spots quickly |
3. Remove Snow and Ice Safely
Once you’ve ensured proper water flow, it’s time to tackle another winter challenge: managing snow and ice buildup on your steel building’s roof. While snow itself isn’t inherently dangerous, removing it incorrectly can lead to costly damage.
Fresh snow typically weighs around 10–12 pounds per cubic foot (pcf), but compacted or rain-soaked snow can weigh as much as 62.4 pcf. According to MBCI:
"It’s recommended to clear the roof of snow before half of the safe maximum snow depth is reached to prevent overloading the roof."
The best tool for the job is a roof rake with a telescopic handle, which allows you to remove snow safely from the ground without stepping onto the roof. Avoid metal shovels, as they can scratch the anti-corrosion coating. Instead, opt for plastic shovels. Safeway Steel Buildings advises:
"Never use metal shovels or ‘scrape’ the roof down to the surface of the panel. Remember, the objective is to relieve the excess loading condition due to the weight of the snow, not to completely clear the roof panel of all snow and ice."
When clearing snow, leave a layer of about 5–8 centimetres to protect the roof’s coatings and fasteners. Work systematically, starting from the endwalls and moving toward the centre. Pay special attention to the leeward side of the roof, as uneven snow drifts can form there. Also, avoid stepping on light-transmitting panels or roof flashings – they’re not designed to bear weight.
Once you’ve safely managed the snow and ice, you’re ready to move on to inspecting your roof for rust and coating damage.
4. Check for Rust, Coating Damage, and Scratches
After safely removing snow and ice, it’s time to inspect your steel panels for any damage to their protective coatings. These coatings – whether Galvalume or factory-applied paint – are your building’s first line of defence against corrosion. If compromised, rust can spread quickly, especially in Canada’s tough winters, where road salts and de-icing chemicals speed up the process. Address any damage as soon as possible to keep your building protected.
Look for common warning signs like rust stains, bubbling or flaking paint, chalking, and rust bleeding – those telltale orange streaks that run down from fastener heads or anchor bolts. Pay close attention to high-risk areas such as the base of panels where they meet the concrete slab, fastener heads with worn rubber washers, and edges of panels that were cut on-site (since factory coatings don’t cover those cuts).
"When protective paint or coatings start to blister, crack, or flake, the steel underneath is exposed to corrosion. This often precedes rust formation." – Metal Pro Buildings
Small issues like scratches, chips, or abrasions are easy to repair if caught early – ideally within 30 days. Start by cleaning the area with a degreaser, then sand off any loose rust using 80-grit sandpaper. Apply a zinc-rich primer, followed by two thin coats of matching touch-up paint. The zinc-rich primer acts as a sacrificial layer, continuing to shield the steel even if the topcoat is damaged again.
"A $15 can of touch-up paint prevents a $3,000 panel replacement." – SteelBuildingKit.com
The difference between early intervention and neglect is striking. Annual maintenance for a 40×60 steel building typically costs between $300 and $800, but letting repairs slide can lead to expenses ranging from $8,000 to $30,000. A full exterior repaint for a building of that size could cost $6,000 to $18,000, depending on your location and the prep work involved. Routine touch-ups can help you avoid these hefty bills.
Here’s a quick guide to rust types and how soon you should act:
| Rust Type | Appearance | How Quickly to Act |
|---|---|---|
| Surface rust | Orange-red staining, paint mostly intact | Within 2 weeks |
| Paint bubbling | Paint lifting or flaking over rust | Within 1 week |
| Panel pitting | Deep pits or holes in steel | Immediately – professional replacement needed |
5. Inspect Insulation and Condensation Control
Taking care of your steel building’s interior insulation is just as important as maintaining its exterior. Insulation problems can sneak up on you, often going unnoticed until they lead to bigger headaches – like rust developing from the inside out, mould growing behind wall panels, or unexpectedly high heating bills. Keeping your insulation in good shape works hand-in-hand with exterior upkeep, offering more complete protection.
One of the biggest challenges? Condensation. Steel transfers heat about 400 times faster than mineral wool, which means interior surfaces can get cold enough to cause moisture to condense, especially in colder weather. Be on the lookout for warning signs like water droplets or frost on roof panels, damp insulation, rust forming on purlins or fasteners, and musty smells – these are all red flags.
"A torn vapor retarder allows moist interior air to move into the insulation, where it can condense and rust the panels from the inside out." – Michelle Keenan, Co-Founder and Director of Operations, Norsteel Buildings
Another issue to watch for is thermal bridging, which happens when steel components like girts and purlins reduce the effectiveness of your insulation. This can lower your building’s effective R-value by as much as 30% to 50%. If you notice cold spots along structural members during a winter check, it’s a sign that your insulation isn’t doing its job. A thermal camera can help you pinpoint these problem areas, even if they aren’t visible to the naked eye.
Don’t forget to inspect your vapour barrier. Small tears or unsealed seams can let moisture seep in, leading to condensation and rust. Use vinyl tape to quickly seal any gaps. It’s also crucial to keep indoor humidity levels between 30% and 60% – anything over 70% significantly increases the risk of mould. A humidity sensor can help you monitor levels accurately. Proper insulation and sealing can even cut heating costs by up to 40% during those long Canadian winters.
"In a country where winter heating loads are among the highest in the world, the insulation inside a steel building is not a line item to minimize. It is one of the most consequential decisions a building owner will make." – Herbert Broderick, CEO, Metal Pro Buildings
Here’s a quick guide to common insulation issues, their causes, and how to fix them:
| Sign of Trouble | Potential Cause | Recommended Action |
|---|---|---|
| Rust on fasteners | Moisture infiltration | Replace fasteners and inspect the vapour barrier |
| Frost on interior panels | Inadequate thermal break | Add continuous insulation or thermal spacers |
| Compressed or sagging insulation | Improper installation | Replace or fluff insulation to restore R-value |
| Mould on interior finishes | Humidity above 70% | Increase ventilation or use a dehumidifier |
| Ceiling discolouration | Roof penetration leaks | Reseal skylights, vents, or pipe boots |
Once you’ve taken care of insulation and condensation concerns, it’s time to move on to inspecting your doors, windows, and hardware.
6. Test Doors, Windows, Vents, and Hardware
Once the structural inspections are complete, it’s time to focus on doors, windows, and their hardware. These elements endure constant freeze-thaw cycles, which can lead to higher energy bills and water damage if not maintained. Addressing these issues early can save you from costly repairs later. As John P. Barber, Founder of Factory Steel Overstock, explains:
"Poor sealing costs you hundreds in energy bills and thousands in water damage."
Start with a light test: close all doors and windows, and check for any daylight peeking through the edges. If you see light, it’s a clear sign that the weatherstripping is failing and needs immediate replacement. Weatherstripping is an affordable and straightforward fix that can make a big difference. For overhead doors, check the rubber bottom seal – if it’s cracked or doesn’t sit flush with the floor, it’s not functioning properly.
For overhead and roll-up doors, examine the cables, rollers, and tracks for visible wear. Pay special attention to torsion springs, which typically last around 10,000 cycles. For a door used 10 times a day, this means replacement may be needed in about 2.7 years. It’s crucial to leave torsion spring replacement to professionals due to the high tension involved, which can be dangerous.
When lubricating, opt for a dry silicone spray and apply it to hinges, locksets, and tracks twice a year – ideally in spring and fall. Avoid using WD-40 on door tracks; its oily residue attracts dirt, which can speed up roller wear. For windows and vents, inspect the perimeter sealant annually. If it feels brittle or has pulled away, replace it with polyurethane or butyl-based sealants. These adhere better to painted steel surfaces than standard silicone. Water stains around vents or skylights often indicate failed sealant and water intrusion.
Here’s a quick checklist to help you identify common issues with key components:
| Component | What to Check | Issues |
|---|---|---|
| Walk Doors | Weatherstripping & alignment | Light visible at edges; door binds or won’t latch |
| Overhead Doors | Springs, cables & rollers | Fraying cables; cracked rollers; noisy operation |
| Windows | Seals & panes | Condensation between glass; brittle perimeter caulk |
| Vents/HVAC | Flashing & sealant | Brittle caulk; water stains on interior framing |
| Hardware | Hinges, tracks & fasteners | Rust; sticking; loose mounting screws |
Regular inspections and maintenance of these components can extend their lifespan and prevent small issues from turning into major problems. Paying attention to these details ensures your building remains energy-efficient and protected from water damage.
7. Trim Trees and Clear Exterior Debris
Keeping the area around your building tidy is more than just about appearances – it’s essential for protecting the structure itself. Regularly trim overhanging branches, manage vines, and clear away leaves to prevent potential damage.
Branches can pose a hazard throughout the year, especially in winter when ice and heavy snow can cause them to snap unexpectedly. Falling branches can dent or puncture roofing panels, damage eave trim, or compromise the building’s weatherproofing. As Norsteel Buildings explains:
"Keep bushes and trees trimmed back from the panel surfaces. Branches rubbing against the wall in the wind can scratch the paint, and wet leaves held against the steel can trigger corrosion."
Over time, branches that repeatedly brush against wall panels can wear down their protective coating, exposing the metal to rust. Trim back any limb that hangs over the roof or touches the walls, and avoid planting trees too close to the structure to minimize these risks.
Keep shrubs, vines, and groundcover at least 45 centimetres (18 inches) away from building panels. Vines, in particular, can creep into panel seams and trap moisture, increasing the risk of corrosion. Similarly, ensure soil and mulch are maintained at least 15 centimetres (6 inches) below the metal base trim to prevent moisture wicking, which can lead to rust at the base. Clearing away leaves and other debris also discourages pests, as dense vegetation and leaf piles near the building can provide shelter and easy access to wall seams or door gaps.
| Common Mistake | Consequence | Action |
|---|---|---|
| Vines or shrubs touching panels | Moisture contact and seam infiltration | Keep vegetation at least 45 cm away from all panels |
| Soil graded against the building base | Moisture wicking under panels and accelerated rust | Keep soil at least 15 cm below the base trim and ensure proper grading |
| Overhanging branches left untrimmed | Ice and snow weight causes limbs to break and damage the roof | Trim back branches before the winter season |
Once you’ve cleared vegetation and debris from the exterior, make a note of any issues you’ve spotted so you can address them promptly.
8. Record Issues and Schedule Repairs
Once you’ve inspected your building’s perimeter, it’s crucial to document every issue you spot. Record the date, the exact location, a brief description of the problem, and snap a photo for reference. This creates a solid baseline for tracking changes over time.
Photos are particularly helpful for monitoring gradual problems, like a small rust spot or a hairline crack in the sealant. Today’s photo can serve as your starting point. If the issue worsens, you’ll have clear proof to justify quick action.
To manage repairs effectively, rank issues by their severity. This approach helps allocate your repair budget wisely. Not every issue needs immediate attention, so a simple three-tier system can help:
| Severity | Examples | Action |
|---|---|---|
| Critical | Bent columns, foundation cracks over 3 mm, frayed door cables | Call a professional immediately |
| High | Active roof leaks, rust patches, torn vapour barriers | Schedule repair within 30 days |
| Moderate to Low | Loose fasteners, stiff hinges, faded paint | Include in next seasonal maintenance |
By prioritizing repairs, you can ensure that critical problems are fixed first while less urgent tasks are handled during routine maintenance.
Catching issues early can save you a lot on repair costs. Plus, keeping a detailed maintenance log is often a requirement for protecting your warranty. Many steel building manufacturers insist on documented maintenance to keep structural and coating warranties valid. On top of that, a thorough 10-year inspection record can boost your building’s resale value.
9. Use a Seasonal Checklist for Spring and Fall
Staying on top of regular inspections is great, but a seasonal checklist can take your steel building maintenance to the next level. It helps you prepare for Canada’s ever-changing weather and keeps your building in top shape all year long.
Twice a year – once in spring and again in fall – take time to inspect your building. Spring is when you can spot the wear and tear left behind by winter’s snow, ice, and road salt. Fall, on the other hand, is your opportunity to address any issues before winter’s chill sets in.
"Think of your building like a reliable vehicle; it doesn’t need a new engine every year, but it does need a wash and a quick check-up to keep running smoothly." – Michelle Keenan, Co-Founder, Norsteel Buildings
Spring is all about fixing winter’s damage, while fall is focused on prevention. This approach ensures your building stays protected, no matter the season. As one expert in metal buildings noted, a simple fix like sealing a joint might take 30 minutes, but ignoring that same issue could lead to costly repairs, like replacing insulation or dealing with structural corrosion, down the line.
Here’s a quick look at what your seasonal checklist might include:
| Category | Spring (Post-Winter) | Fall (Pre-Winter) |
|---|---|---|
| Exterior Surface | Wash off road salt, mud, and winter grime | Wash off summer pollen, bird droppings, and dirt |
| Roof & Gutters | Check for snow/ice damage; clear debris | Clear fallen leaves and twigs to prevent ice dams |
| Fasteners & Seals | Tighten screws loosened by wind and vibration | Inspect and replace cracked weatherstripping |
| Drainage | Inspect foundation for shifts or pooling water | Check ground grading; ensure water drains away from base |
| Mechanicals | Clean HVAC vents and check air ducts | Service heating system and replace filters |
| Vegetation | Inspect for winter branch damage | Trim trees and bushes at least 46 cm (18 inches) from walls |
When cleaning the exterior, stick to a garden hose and detergent. Pressure washers may seem convenient, but they can force water under seams, causing hidden damage. For tougher grime, mix one-third cup of detergent with four litres of water, and add TSP if mildew is present. The cost of materials for DIY maintenance? Anywhere from $20 to $100 annually – a small price to pay for safeguarding your building against Canada’s tough weather conditions.
Once you’ve nailed down your seasonal checklist, the next step is to create a year-round maintenance schedule to keep everything running smoothly.
10. Set Up a Year-Round Maintenance Priority Table
A seasonal checklist tells you what to inspect, but a priority table goes a step further – it helps you decide when and how urgently to act. This distinction is key, especially in Canada, where unpredictable weather can leave you scrambling. The table below outlines how to weave these considerations into your maintenance routine.
"Regular 30‐minute monthly checks prevent unexpected $3,000 repairs." – John P. Barber, Founder, Factory Steel Overstock
As highlighted in earlier cost comparisons, the financial difference between staying on top of maintenance and delaying it is huge. Spending a little on caulking or touch-up paint now can save you thousands in repair bills later.
| Frequency | Task | Priority |
|---|---|---|
| Monthly | Walkthrough to spot loose screws, clogged gutters, or new scratches | Medium |
| Bi-Annually (Spring/Fall) | Deep cleaning, drainage checks, foundation grading, seal inspections | High |
| Post-Storm | Inspect roof, panels, and fasteners after snow, wind, or hail | High |
| Annually | HVAC servicing, roof sealant check, door lubrication | High |
| Every 3–5 Years | Check insulation, vapour barrier integrity, and for condensation | Medium |
| Every 10–15 Years | Evaluate roof fasteners/washers, replace door springs | High |
To make this table work for you, adopt two simple habits. First, keep a log of every inspection, including dates, findings, and repair costs. This record will be invaluable for insurance claims and confirming warranty coverage. Second, set digital reminders for each task – having a plan only matters if you stick to it.
And don’t forget about interior maintenance. Moisture inside your building can be just as damaging as external wear and tear. In Canada, cold indoor air can cause condensation on steel panels, leading to rust from the inside out. Regular vapour barrier inspections every three to five years are crucial to prevent this. Including these interior checks in your year-round schedule will help ensure your building stays protected.
Canadian Weather Considerations
Canada’s climate is no joke, especially when it comes to protecting steel buildings. One of the biggest challenges? Freeze-thaw cycles. These cycles gradually widen cracks in materials, degrade protective coatings, and loosen fasteners. Over time, they can even cause foundation shifts. The tricky part? This damage often creeps in slowly, making it easy to overlook until it turns into a costly repair. Regular inspections and maintenance are essential to catch and address these issues early.
Another major concern is snow. Wet, compacted snow can weigh anywhere from 20 to 50 lb/ft³, and if rain falls on an existing snowpack, that weight can increase to a hefty 62 lb/ft³. Uneven snow build-up puts extra stress on a roof, which is why proper and balanced snow removal is so important.
Moisture is another sneaky adversary. Steel’s high thermal conductivity means that when warm indoor air meets cold metal surfaces, condensation forms. This can lead to rust forming from the inside out. It’s a reminder that proactive moisture management is just as important as the other maintenance tips mentioned earlier.
"Dry steel corrodes slowly. Trapped moisture corrodes quickly." – Tower Steel Buildings
If your building is near roads treated with de-icing salts in winter, there’s an extra layer of risk. Chlorides from these salts can settle at the building’s base, speeding up corrosion at anchor points and door thresholds. For structures close to salted roads, make sure to give extra attention to base plates and lower wall framing during your spring maintenance checks.
Conclusion
Steel buildings are built to last, but their longevity hinges on regular upkeep. With consistent seasonal maintenance, these structures can easily provide 50 to 70 years of reliable service. On the flip side, skipping even the basics can lead to accelerated wear and costly repairs.
The cost of annual maintenance for a typical 40×60 steel building ranges from $300 to $800, while ignoring upkeep can result in repair bills as high as $8,000–$30,000. Clearly, small, routine efforts are much easier on the wallet than major fixes. Each of the 10 seasonal tips plays a role in shielding your building from the challenges of Canada’s climate, making biannual inspections a smart and economical strategy.
"A well-maintained steel building holds its structural integrity and resale value for decades. Neglect the basics and you face problems that compound quickly." – SteelBuildingKit.com
Spring and fall inspections are the pillars of a good maintenance routine. A spring check-up helps identify winter-related damage, while a fall inspection ensures the structure is ready for freezing temperatures. Keeping a detailed record of inspection dates, photos, and repairs not only helps with maintenance but also safeguards your warranty and increases resale value.
In Canada’s tough climate, regular maintenance isn’t just a good idea – it’s essential. It’s the difference between a building that stands strong for decades and one that quietly falls apart. For steel structures designed to endure Canadian conditions, check out Canadian Buildings to find the right kit, pricing, and provider.
FAQs
How can I tell if my steel building has a roof leak or condensation problem?
Keep an eye out for moisture problems in your building by checking for signs like dripping water, damp insulation, or rust on fasteners. In Canada’s fluctuating climate, condensation is a common issue, especially when warm air meets cold metal surfaces.
Inspect for any gaps in vapour barriers or insulation, as these can allow moisture to seep in. Roof leaks are another red flag – look for failed caulking, cracked washers, or damaged seams that might let water through. To stay ahead of potential problems, make sure your building has proper ventilation and keep gutters clear of debris to prevent water buildup.
When should I call a pro instead of doing steel building maintenance myself?
Routine maintenance, such as cleaning, tightening screws, or clearing debris, is something you can handle on your own. That said, it’s wise to bring in a professional at least once a year – or every two to three years – for a thorough structural inspection. Experts can spot hidden issues like foundation problems, corrosion, or deformations that might go unnoticed. For tasks involving safety risks or work at heights, always leave it to the professionals. Plus, professional inspections come with proper documentation, which could be crucial for warranty or insurance purposes.
What maintenance matters most for steel buildings in Canadian winters?
Canadian winters can be tough on buildings and vehicles, but with the right precautions, you can minimize the impact. Focus on three key areas: moisture control, snow management, and corrosion prevention.
- Snow and Ice Management: Keep an eye on your roof and clear away heavy snow and ice before it becomes a problem. Use safe methods – sharp tools can damage protective coatings and lead to costly repairs. Also, make sure gutters and downspouts are clear to avoid ice dams forming.
- Indoor Moisture Control: Maintain stable indoor temperatures to prevent condensation. Check seals, vapour barriers, and insulation regularly to ensure they’re doing their job. Proper insulation can make a huge difference in keeping moisture under control.
- Corrosion Protection: Salt and de-icing chemicals are a fact of life in winter, especially near roads. Wash away salt deposits frequently, focusing on areas that are most exposed, to protect against corrosion and extend the life of your property or vehicle.
By staying proactive, you can keep your home, car, and belongings in good shape throughout the winter months.