What Insulation Reduces Your Carbon Footprint?
Let’s clear something up: insulation isn’t just about keeping your house warm in the winter or cool in the summer. Sure, comfort matters—but what most folks don’t realize is that insulation is also one of the most powerful tools you’ve got to reduce your home’s carbon footprint.
Think about it. Every time your heating or cooling system kicks on, it’s pulling energy. And in most homes—especially older ones—that energy is bleeding right out through poorly insulated attics, walls, crawl spaces, and basements. The result? More energy use, more greenhouse gas emissions, and a bigger hit to both the environment and your wallet.
Now here’s the good news: not all insulation is created equal. Some materials are downright dirty when it comes to manufacturing emissions and disposal. Others—like eco-friendly insulation made from recycled or natural materials—pull double duty by saving energy and being gentler on the planet.
In this post, we’re breaking down the insulation options that actually shrink your carbon footprint, not just your energy bill. Whether you're retrofitting an old shoreline colonial or building something new, this guide will help you insulate smarter, cleaner, and better.
The Link Between Insulation and Carbon Emissions
Here’s the deal: when we talk about a home's carbon footprint, insulation plays a much bigger role than people think. And to understand why, you need to get familiar with two terms—operational carbon and embodied carbon.
Operational carbon is the energy your home burns every day—heating in the winter, cooling in the summer. This is the part you feel on your utility bill. Better insulation means less energy use, which means fewer emissions. Plain and simple.
Embodied carbon, on the other hand, is everything it took to make that insulation in the first place: raw materials, manufacturing, transportation, packaging. Some insulation types are energy hogs to produce (hello, spray foam), while others—like cellulose—are made from recycled materials with almost no carbon debt.
So when you're choosing insulation, it’s not just about how well it performs in your walls—it’s about what it took to get there, and what impact it’ll have over its lifetime.
If you're serious about reducing home emissions, you want insulation that scores high on both fronts:
- Low embodied carbon (less impact upfront)
- High energy efficiency (saves carbon every year it’s in your home)
What Makes Insulation Eco-Friendly?
Not every product that slaps a green label on the bag deserves a gold star. So before we name names, let’s talk about what actually makes insulation eco-friendly.
Recycled or Renewable Materials
Insulation made from recycled newspaper, glass, or plant fibers reduces landfill waste and avoids the need for virgin materials.
Low Embodied Carbon
Some materials require tons of energy to produce. Others, like cellulose, are low-impact from the jump and may even store more carbon than they release.
Air Sealing Power
Insulation that doubles as an air barrier—like dense-pack cellulose or spray foam—slams the door on heat loss and drafty leaks.
Healthy for People and Planet
Look for:
- Non-toxic insulation options
- Zero-VOC insulation
- Naturally mold- and pest-resistant materials
Long-Term Performance
The best sustainable insulation doesn’t sag, mold, or underperform five years in. Choose something built to last.
The bottom line? Eco-friendly insulation saves energy, lasts decades, and doesn’t trash the planet to get installed.
Comparing Insulation Types: Best and Worst for the Environment
Let’s name names. Here's how the most common materials stack up in an eco insulation comparison:
Cellulose Insulation – The Recycled Champ
- Made from: Up to 85% recycled newspaper
- Embodied carbon: Very low—often considered carbon negative
- Air sealing: Excellent when dense-packed
- Bonus: Naturally pest- and fire-resistant
- Verdict: Best all-around for sustainability, performance, and affordability.
Mineral Wool – Durable and Fireproof
- Made from: Natural rock and recycled slag
- Embodied carbon: Medium, due to energy-intensive production
- Perks: Water-resistant, mold-proof, fire-rated
- Verdict: A solid, long-lasting option with decent green cred.
Fiberglass – Reliable, But Middle of the Pack
- Made from: Glass fibers, often with recycled content
- Embodied carbon: Medium
- Concerns: Can irritate skin and lungs, depending on product
- Verdict: Affordable and widely available—but not the greenest.
Spray Foam – Performance Comes at a Price
- Made from: Petroleum-based chemicals
- Embodied carbon: High
- VOC concerns: Very real
- Verdict: Only use when necessary (tight corners, rim joists)—not a planet-friendly choice.
Eco-Friendliness at a Glance
How Much Can You Reduce Your Carbon Footprint?
Let’s talk results.
According to the U.S. Department of Energy, proper insulation can cut your heating and cooling costs by 15–30%. For a typical Connecticut home, that could mean avoiding the use of 100–200 gallons of heating oil per year—equal to 1–2 tons of CO₂ emissions avoided, every year.
Multiply that by 20–30 years of insulation lifespan? You’re looking at 20 to 40+ tons of CO₂ avoided. That’s like:
- Taking multiple gas-powered cars off the road for a year
- Or skipping dozens of Boston-to-DC flights
- Or not eating beef for a decade (if that’s your thing)
Insulation like cellulose starts with a small carbon footprint and keeps saving energy over its lifetime. That’s the long-term win.
Bonus: Natural & Emerging Alternatives
Want to go even greener? These natural insulation alternatives are turning heads:
Sheep’s Wool
Renewable, moisture-regulating, and mold-resistant. It works—and no, your house won’t smell like a barn forever.
Hemp Insulation
Fast-growing, carbon-sequestering, and naturally pest-resistant. Still pricey, but worth watching.
Wood Fiber Board
Great for wall assemblies in Passive House builds. Breathable, compostable, and effective in cold climates.
Mycelium (Mushroom-Based)
Still experimental, but wildly sustainable and naturally fire-resistant.
Cork
Harvested without killing trees. Lightweight, quiet, and highly durable. A solid choice in high-performance homes.
These sustainable insulation materials aren’t everywhere yet—but they’re coming. If you’re building new or doing a deep-energy retrofit, it’s worth exploring.
How to Choose the Right Eco-Friendly Insulation for Your Home
What kind of home do you have?
- Old shoreline colonial? Dense-pack cellulose is retrofit-friendly.
- New construction? Take your pick—just don’t skimp on R-value.
- Damp basement or crawl space? Mineral wool or rigid board all day.
What’s your climate?
In Connecticut, you want high R-value and great air sealing. Cellulose and mineral wool both punch above their weight.
What’s your budget?
- Lowest cost per R Value? Cellulose.
- Premium + natural? Cork, wool, hemp.
- Only for tricky spots? Spray foam—used sparingly.
DIY or professional?
Some products are weekend-warrior friendly. Others need pros with the right gear. Don’t mess up your insulation trying to save $500.
What matters most to you?
- Carbon footprint: Cellulose
- Natural materials: Wool, cork, hemp
- Durability: Mineral wool
- Air sealing performance: Spray foam (but use responsibly)
Choosing environmentally friendly home insulation is about finding the right balance—for your house, your goals, and the planet.
Common Eco-Friendly Insulation FAQ's
What’s the cost difference between eco-friendly insulation and standard options?
Eco-friendly insulation like cellulose is often cheaper than standard spray foam while still offering strong performance. However, natural options such as wool, cork, or hemp can cost more upfront. These materials offer long-term value through durability, healthier air quality, and reduced chemical exposure.
Are there rebates or tax credits for eco-friendly insulation?
Yes, eco-friendly insulation like cellulose may qualify for rebates and tax credits through programs such as EnergizeCT and the federal Inflation Reduction Act. These incentives support energy-efficient upgrades, but proper documentation is required—so work with a contractor who knows the process.
Can I use different insulation materials in different parts of my house?
Yes, you can and should use different insulation materials in different parts of your house. Cellulose is ideal for walls and attics, mineral wool resists moisture in basements, and spray foam seals tight areas like rim joists. Mixing types helps optimize comfort, budget, and energy efficiency.
Does eco-friendly insulation also help with soundproofing?
Yes, eco-friendly insulation like dense-pack cellulose and mineral wool helps with soundproofing. These materials absorb airborne noise better than traditional fiberglass, making them ideal for quieting rooms or blocking outside sounds. They're a smart upgrade for energy efficiency and acoustic comfort in one.
How can I tell if my current insulation is environmentally friendly?
To tell if your current insulation is environmentally friendly, schedule a professional inspection or energy audit. Most insulation types look similar, and older materials often lack eco-certifications. Experts can identify the type, assess its performance, and confirm whether it meets modern sustainability standards or needs replacing.
Final Take: Choose Smart, Insulate Right, Shrink Your Footprint
Insulation isn’t sexy. It’s not a new kitchen or a backyard sauna. But if you're looking for a project that cuts emissions and pays off every month? This is it.
Whether you're retrofitting an attic or insulating a brand-new build, the right material makes a difference. Eco-friendly insulation—especially cellulose or mineral wool—can help you live more sustainably without giving up comfort.
It’s one of the smartest upgrades you can make, and it lasts for decades.
👉 Want help figuring out the best insulation for your home? Contact Nealon Insulation and let’s talk about a smarter, greener way to stay comfortable. We’ll help you insulate right—the first time.
Credit for picture: https://greenmainehomes.com/blog/choosing-the-right-insulation
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Attic Insulation: What Actually Works in Connecticut Homes | Podcast
We finally did it—we launched a podcast. Why? Because sometimes you want to learn about insulation without reading a 2,000-word blog post on your phone in the middle of a Home Depot aisle.
We finally did it—we launched a podcast. Why? Because sometimes you want to learn about insulation without reading a 2,000-word blog post on your phone in the middle of a Home Depot aisle.
And let’s be honest, hearing someone talk through this stuff makes it all a little less confusing (and a lot less boring).
The first few episodes tackle one of the biggest problem areas in any Connecticut home: the attic. We're covering everything from removing old insulation to figuring out which material actually holds up in a drafty, low-clearance crawlspace. We’ll walk through R-values, moisture resistance, rebates, and yes—why air sealing is always step one.
If you’ve ever asked, “Do I really need to rip out the old stuff first?” or “Is spray foam worth the price tag?”—this is for you. Short, sharp, and no fluff.
Heard something that made you wonder what shape your attic’s in? Or maybe you’re just ready to find out what insulation would actually cost for your place?
Best Insulation for Hard-to-Reach Attic Areas
Let’s be honest: most attics weren’t designed with comfort—or contractors—in mind. If you’ve ever tried to belly-crawl through an attic with 16 inches of clearance and a thousand nails overhead, you know exactly what I mean. These aren’t spacious bonus rooms. They’re tight, dusty, and full of surprises.
Let’s be honest: most attics weren’t designed with comfort—or contractors—in mind. If you’ve ever tried to belly-crawl through an attic with 16 inches of clearance and a thousand nails overhead, you know exactly what I mean. These aren’t spacious bonus rooms. They’re tight, dusty, and full of surprises.
And that’s where the insulation challenge begins.
When your attic is tough to access—low-slope, tight joists, awkward framing—it’s not just harder to work in. It’s harder to insulate right. You need a material that fills every nook without needing a full crawlspace gymnastics routine. That’s why picking the best insulation for hard-to-reach attic areas isn’t just a good idea—it’s the difference between a high-performing thermal envelope and a waste of money.
In this guide, we’ll break down why some materials work better than others in tricky attic setups, what to avoid, and how to make the most of a tough space—especially if you live in an older New England home that’s seen a few winters.
Let’s get into it.
What Makes an Attic “Hard to Reach”?
Not all attics are created equal—and some are downright brutal. When we say hard-to-reach attic areas, we’re talking about more than just a tight squeeze. We’re talking about spaces that make insulation work feel like spelunking with a staple gun.
Here’s what usually puts an attic in the “difficult” category:
- Low Clearance: Think 2 feet of headroom—just enough space to bonk your head while trying to maneuver a hose.
- No Flooring or Walkways: If there’s no plywood to stand on, you’re balancing on joists like you’re on a tightrope.
- Tight Eaves and Angled Framing: The space tapers off near the edges, making it nearly impossible to reach corners.
- Limited Access Points: Tiny hatches or awkward closet openings can make getting materials up there a logistical puzzle.
- Obstacles Everywhere: Wiring, plumbing, ductwork, and other surprises block clean insulation runs.
These are the kinds of challenges that make blown-in insulation—whether fiberglass or cellulose—a smarter, safer bet than dragging in batts and hoping for the best.
Key Challenges of Insulating Tight Attics
Insulating a cramped attic isn’t just uncomfortable—it introduces a unique set of headaches that can wreck your energy savings if you don’t account for them.
Safety and Accessibility
Low clearance, exposed nails, and sketchy flooring make it hard (and sometimes unsafe) for crews to move around. That limits which materials can be used and how well they’re installed.
Insulation Gaps = Energy Loss
If you can’t reach the corners, heat will—by escaping through them. Gaps or thin spots mean you’re not getting the full R-value you paid for.
Poor Air Sealing
Tight attics often get skipped during air sealing. That’s a big miss—especially in older homes where warm air loves to sneak into the attic and right out the roof.
Moisture and Ventilation Issues
Limited airflow and blocked soffits are common in small attic spaces. Without baffles and proper venting, moisture builds up—leading to mold, wood rot, and insulation failure.
Top Insulation Options for Hard-to-Reach Attics
Let’s talk materials. Here are the top three insulation types that actually work in tight attic situations—and where each one shines.
Blown-In Fiberglass
This is our workhorse. Blown-in fiberglass:
- Installs easily with a hose—no crawling required
- Fills gaps around wires and framing
- Doesn’t settle much, so it keeps its R-value over time
It’s lightweight, reliable, and cost-effective. In a low-clearance attic, this is often the best all-around option.
Cellulose Insulation
Made from recycled paper and treated for fire resistance, cellulose:
- Packs tightly, blocking air movement better than fiberglass
- Is great for retrofitting older homes with weird framing
- Offers decent soundproofing benefits
It’s heavier and can absorb moisture, so make sure your attic is properly vented first.
Spray Foam (Spot Use Only)
Spray foam is powerful but situational. It:
- Seals air leaks better than anything else
- Adds a moisture barrier and structural strength
- Requires space and ventilation to install safely
In tight attics, we use it for sealing rim joists or trouble spots—not full coverage.
What’s the Best Choice for Your Attic?
So what’s the best insulation for your hard-to-reach attic? Here's the short version:
- Go with blown-in fiberglass if you want broad coverage in a tight space, fast and affordably.
- Choose cellulose if you’re dealing with an older home and want high-density performance.
- Use spray foam sparingly, for sealing specific gaps and edges—not the whole attic floor.
At the end of the day, the right choice depends on your attic’s structure, access, moisture levels, and budget. And whichever material you use, it only works if it’s installed thoroughly. Half-insulating a tight attic is like half-zipping a winter coat—looks fine until the wind hits.
Pro Tips for Insulating Hard-to-Reach Attics
Air Seal First
Before blowing in insulation, seal cracks, plumbing penetrations, and light fixtures. This prevents warm air from leaking into the attic and wasting your energy savings.
Install Baffles
Tight eaves can easily block ventilation. Use baffles to maintain airflow from the soffits to the ridge—especially in low-clearance areas.
Use Depth Markers
Mark your target R-value depth so you can verify even coverage. It’s easy to underfill areas when space is tight and visibility is low.
Leave Tricky Installs to the Pros
Walking joists with a blower hose in a hot attic isn’t for the faint of heart. If your attic’s a squeeze, hire someone who knows how to work in tight spaces safely and effectively.
Watch for Old Wiring
Homes with knob-and-tube or outdated wiring shouldn’t have insulation installed until the electrical is updated. Always check before you cover it up.
Why This Matters in New England Homes
If you’re in Connecticut—or anywhere in New England—you know the drill: freezing winters, humid summers, and homes that have been around since the Carter administration (or earlier).
Many older New England homes have:
- Low-pitched roofs with minimal attic space
- No insulation or outdated materials
- Weird layouts and tricky framing that make batts useless
Pair that with rising energy costs, and suddenly your attic’s a big deal.
The good news? Blown-in insulation is perfect for this. It fills every inch without major demo work. You get comfort, lower bills, and better performance—all without turning your attic into a construction site.
Common FAQ's about Attic Insulation
Can I still use my attic for storage after insulating it?
Yes, you can still use your attic for storage after insulating, but only with proper planning. Blown-in insulation can’t be compressed by boxes—it loses R-value. To safely store items, install a raised platform above the insulation or designate storage areas with rigid insulation and flooring.
Will insulating a hard-to-reach attic cause odors or dust in my home?
Yes, insulating a hard-to-reach attic can temporarily cause odors or dust in your home. Blown-in insulation stirs up fine particles and old debris, especially in older attics. A qualified contractor minimizes this with HEPA vacuums and sealing, but a light dusty smell for a day or two is common and fades quickly.
What happens if there are pests or rodent droppings in the attic?
If pests or rodent droppings are found in the attic, the contaminated insulation must be removed and cleaned before new insulation is installed. Rodent waste poses health risks and fire hazards. A reputable contractor will identify contamination during inspection and guide the cleanup before proceeding.
Can insulation improve comfort in the rooms below a tight attic?
Insulation improves comfort in rooms below a tight attic by reducing temperature swings and drafts. Proper attic insulation helps upper-floor bedrooms and offices retain heat and stay cooler in summer, especially in homes where heat escapes quickly through an under-insulated roofline.
Is it worth insulating a tiny attic that covers only part of the house?
Insulating a tiny attic is worth it because even small uncovered areas can cause significant heat loss. Partial attic spaces create thermal weak spots that reduce overall energy efficiency. Adding insulation to just a few hundred square feet improves your home's performance and cuts energy waste.
Final Thoughts
If your attic is tight, cramped, and tough to navigate, you’re not stuck—you just need the right game plan. And for most hard-to-reach attic areas, that means blown-in insulation like fiberglass or cellulose. It gets in, fills every nook, and performs without needing you (or a contractor) to play Twister between joists.
Here’s the quick takeaway:
- Blown-in fiberglass is versatile, affordable, and ideal for tight spaces.
- Cellulose is dense, eco-friendly, and perfect for older homes.
- Spray foam is great for sealing leaks, but not ideal for full coverage in low-clearance attics.
Whatever you choose, make sure it’s installed right—with proper air sealing, ventilation, and attention to detail.
What Is the Best Attic Insulation?
Let’s get one thing straight—there’s no universal “best attic insulation” for every home. That’s like asking what the best pair of shoes is without knowing if you’re running a marathon or going to a wedding. The right insulation depends on your attic, your climate, your budget, and—frankly—how long you plan on sticking around.
Let’s get one thing straight—there’s no universal “best attic insulation” for every home. That’s like asking what the best pair of shoes is without knowing if you’re running a marathon or going to a wedding. The right insulation depends on your attic, your climate, your budget, and—frankly—how long you plan on sticking around.
But here's what we can say: the attic is one of the biggest culprits when it comes to energy loss. Heat loves to rise, and without proper insulation up top, your home is basically wearing a winter coat with no hat. That means higher energy bills, drafty rooms, and HVAC systems working harder than they should.
In this guide, we’ll break down the most popular attic insulation materials—fiberglass, cellulose, spray foam, mineral wool—compare their strengths, costs, and R-values, and help you figure out what’s actually worth your money in 2025. Whether you’ve got a new build, a 100-year-old shoreline cape, or just a suspicion your attic's slacking off, this post is for you.
Let’s dig into what makes insulation great—and how to choose the right kind for your home.
What Makes Insulation ‘The Best’ for Your Attic?
Before we start comparing cellulose to spray foam like it’s a heavyweight title fight, let’s set the bar: what actually makes one attic insulation material better than another?
Here’s what we look at when choosing the best attic insulation:
R-Value (Thermal Resistance)
Think of R-value like the “warmth rating” on a sleeping bag. The higher the number, the better it resists heat transfer. In New England, you want an attic R-value between R-49 and R-60, depending on your setup and climate.
Air Sealing
Insulation slows down heat, but air sealing stops the drafts. Spray foam is the gold standard here—it does both. Dense-pack cellulose can help too. Fiberglass? Not so much.
Moisture Resistance
Insulation that soaks up moisture is asking for mold. If your attic lacks proper ventilation or has humidity issues, pick something that holds up—like closed-cell spray foam or mineral wool.
Longevity and Settling
Insulation is a “set it and forget it” kind of job—if it’s installed right. Spray foam holds its shape. Cellulose and fiberglass can settle if installed too lightly. Batt insulation? Depends on who installs it.
Cost vs. Performance
Spray foam has the highest performance—and the highest price. Cellulose hits the sweet spot for cost, coverage, and comfort. Fiberglass is cheap, but often leaves performance on the table.
👉 Bottom line: The “best” insulation is the one that fits your attic’s needs, not just your wallet.
The Main Types of Attic Insulation (Pros, Cons & What to Expect)
There’s no shortage of options, but these five are the ones we see most in Connecticut attics—and each one has its quirks.
Here’s the no-BS breakdown:
Blown-In Fiberglass
Pros: Affordable, quick install, moderate R-value (R-2.2 to R-2.7)
Cons: No air sealing, moisture-sensitive, settles over time
Best for: Open attics with good airflow and low moisture risk
Dense-Pack Cellulose
Pros: High R-value (R-3.2 to R-3.8), air sealing capability, pest/mold/fire resistant, eco-friendly
Cons: Can settle if under-packed, doesn’t like moisture
Best for: Older homes, retrofits, irregular cavities
Spray Foam (Closed Cell)
Pros: Highest R-value (up to R-7), air seals, moisture barrier, long-lasting
Cons: Expensive, must be professionally installed
Best for: Rim joists, vaulted ceilings, hard-to-reach areas
Fiberglass Batts
Pros: Cheap, easy to install (DIY-friendly), decent R-value
Cons: Poor fit = poor performance, no air sealing, vulnerable to compression
Best for: Simple, accessible attics with standard joist spacing
Mineral Wool
Pros: Good R-value (R-4+), fireproof, water-resistant, soundproof
Cons: More expensive than fiberglass, harder to find
Best for: Moisture-prone or fire-rated assemblies
Attic Insulation Comparison Table
Best Attic Insulation for Different Situations
Let’s match the material to the attic:
- Cold Climates: Closed-cell spray foam or dense-pack cellulose. Seal the leaks, then insulate deep.
- Humid Climates: Radiant barrier plus fiberglass or open-cell foam.
- Older Homes: Dense-pack cellulose + foam at rim joists and access points.
- New Construction: Closed-cell spray foam or hybrid (foam + cellulose).
- DIY Projects: Fiberglass batts or rental cellulose blower kits (if you know what you're doing).
Bottom line: Match the insulation to your home—not the other way around.
What R-Value Do You Really Need in Your Attic?
In Connecticut, aim for R-49 to R-60 in your attic. If you already have R-19, you can add to it.
R-Value by Material (Per Inch)
- Blown-in fiberglass: R-2.2 to R-2.7 → ~18-22 inches needed
- Cellulose: R-3.2 to R-3.8 → ~13-15 inches
- Open-cell foam: R-3.5 to R-4.0
- Closed-cell foam: R-6 to R-7
- Mineral wool: R-4 to R-4.2
And don’t forget: Air sealing comes first. Always.
Common Attic Insulation Mistakes (And How to Avoid Them)
Let’s save you the expensive redo:
- Skipping air sealing: Insulation without sealing is like socks in wet shoes—pointless.
- Choosing solely on price: The cheapest option often costs more in the long run.
- Ignoring ventilation: You need airflow, or you’ll end up with mold.
- Reusing old insulation: If it’s saggy, moldy, or mouse-nested—remove the insulation.
- Leaving the hatch uninsulated: Your attic access is a massive weak point. Seal it tight.
So… What’s the Verdict?
If you’re just looking for the straight answer:
- Best all-around: Dense-pack cellulose
- Best performance: Closed-cell spray foam
- Best combo: Foam for air leaks + cellulose for coverage
Common FAQ's about Attic Insulation
How do I know if my attic insulation needs to be replaced?
You should replace attic insulation if it's sagging, wet, moldy, chewed by pests, or over 20–30 years old. Rising energy bills, drafts, or uneven room temperatures are also warning signs. Poor installation, moisture, or critters can shorten insulation life—if it's never been inspected, it's likely due for a checkup.
Can I add new insulation on top of the old stuff?
You can add new insulation over old material if it's dry, mold-free, and not compacted. This method is cost-effective and helps meet attic R-value codes. However, if the old insulation is damp, damaged, or pest-infested, it should be removed first to avoid trapping moisture or odors.
How long does attic insulation typically last?
Attic insulation typically lasts 20–30 years if installed properly and kept dry. Spray foam can last even longer. Moisture, pests, and settling can shorten its lifespan. If you notice uneven temperatures or higher energy bills, it’s smart to have your attic insulation checked every 10–15 years.
Will new attic insulation qualify me for rebates or tax credits?
Yes, new attic insulation can qualify for rebates and tax credits in Connecticut. Programs like EnergizeCT and the federal Inflation Reduction Act offer incentives for energy-efficient upgrades. To qualify, you’ll need proper documentation, including receipts and possibly a home energy assessment, typically submitted by your contractor.
Conclusion: Insulation Is an Investment—Do It Right
Insulation isn’t sexy, but it saves you money, boosts comfort, and protects your home from the elements. Get it right the first time, and you won’t have to think about it again for 30 years.
Let's Work Together
Ready to transform your home into an energy-efficient haven? Schedule your free energy assessment today and experience the Nealon difference for yourself.