A fireplace screen is one of the simplest, most effective fireplace accessories you can add for everyday protection. Whether you burn wood occasionally or rely on your hearth all winter, a screen helps keep sparks and embers where they belong - inside the firebox. For homes with kids, pets, rugs, or holiday décor nearby, spark protection isn’t optional. It’s essential for true fireplace safety.

Here’s how to choose the best fireplace screen for your setup, including styles, fit tips, and the right placement:

Why do you need a fireplace screen?

Wood fires can pop. Embers can roll. Logs can shift. A screen provides a safety barrier that helps prevent sparks landing on rugs, wood floors, or furniture, as well as embers rolling out of the fire box. Never mind a curious pet or child getting too close, or firewood shifting mid-burn.

Even if you have glass doors, a screen adds another layer of safety—especially when the fire is active.

Fireplace screen styles: what’s best for your home?

1) Single-panel (flat) screens

A single-panel screen is a classic option—simple, sturdy, and easy to move. It’s a great fit for standard fireplace openings and for homeowners who want minimal visual clutter.

Best for: traditional fireplaces, simple setup, quick placement

2) Folding screens (multi-panel)

Folding screens have side panels that wrap around the opening, providing extra coverage and stability. They’re one of the best choices for added spark protection, especially if your fireplace opening is wide.

Best for: wider openings, extra coverage, higher spark risk

3) Screen doors (hinged / fireplace screen doors)

Screen doors attach to a frame and open/close like doors, often with handles. They’re ideal for homeowners who use the fireplace frequently and want easy access for loading wood without moving a screen away.

Best for: frequent use, neat appearance, controlled access

4) Spark guards

Spark guards are designed specifically for stronger spark protection. They often sit closer to the opening and can be heavier-duty mesh to block embers more effectively.

Best for: high-pop fires, homes with pets/kids, extra safety focus

Fit tips: how to choose the right size screen

A fireplace screen works best when it properly covers the opening without leaving gaps. Before buying:

1. Measure the fireplace opening width at the front
2. Measure the height of the opening
3. If the opening is arched or tapered, measure the widest and tallest points

Fit tip: Your screen should be wide enough to cover the full opening with a little extra coverage on the sides—especially if you’re choosing a flat screen.

If you’re considering screen doors, you may need more detailed measurements depending on whether the frame mounts inside or overlaps the opening.

Placement tips: where should a fireplace screen go?

Correct placement improves fireplace safety and reduces mess:

• Place the screen as close to the fireplace opening as practical (without touching hot surfaces unnecessarily)
• Make sure it’s stable and won’t tip easily
• Keep the safety zone clear—avoid placing firewood baskets, rugs, or décor directly in front of the screen
• For folding screens, angle the side panels slightly inward to improve stability and coverage

If you use a screen with an active wood fire, always keep it in place—especially when stepping away from the room.

Common screen mistakes homeowners make

Avoid these frequent issues:

• Choosing a screen that’s too small, leaving gaps at the sides.
• Placing the screen too far from the opening (embers can still escape)
• Relying on decorative screens that aren’t built for heat and stability
• Letting pets/kids sit too close even with a screen (the area still gets very hot)
• Storing combustibles right next to the hearth

A screen is a safety tool, but it works best when paired with good habits.

Final thoughts

The best fireplace screens combine strong spark protection, proper fit, and stable placement. Whether you choose a flat fireplace screen, a folding design, or attached screen doors, you’re investing in better fireplace safety and a more comfortable hearth experience.

Need help selecting the right screen size or style for your fireplace? Contact our hearth professionals at 888-418-0005 or info@woodstovepro.com.

Author: Sean Summers, NFI Master Hearth Certified Technician – WoodstovePro.com

If you want the charm of a real-looking fire without hauling wood, gas logs are one of the easiest fireplace upgrades you can make. But before you buy, you’ll need to choose between two main options: vented gas logs vs vent-free gas logs. Both can look great and add convenience—but they differ in flame realism, heat output, and important considerations around gas fireplace emissions and indoor air safety.

Here’s a clear breakdown to help you choose the right gas log set for your home.

What are gas logs (and what do they do)?

Gas logs are decorative log sets designed to burn natural gas or propane in an existing fireplace. They create a realistic flame pattern and provide warmth and ambiance with simple on/off operation—often with remote control options. Gas logs are typically used in masonry fireplaces or certain approved fireboxes, depending on the product.

Vented Gas Logs: Best for Realistic Flames

Vented gas logs are installed in a fireplace with a working chimney or venting system. When in use, the damper remains open and combustion byproducts vent up the chimney—similar to a traditional wood-burning fire.

Pros of vented gas logs:

• Most realistic flame appearance (taller, more natural-looking flames)
• Ideal for ambiance and “traditional fireplace feel”
• Often preferred for aesthetic installs and entertaining spaces

Cons of vented gas logs:

• Lower heating efficiency because heat escapes up the chimney
• Typically used more for ambiance than serious room heating
• Requires a working vent/chimney and proper draft

If your top priority is realism, vented gas logs usually win the “looks like a real fire” contest.

Vent-Free Gas Logs: Best for Heat and Efficiency (Where Allowed)

Vent-free gas logs (also called ventless) are engineered to burn very cleanly so they can operate without a chimney. They return most of the heat into the room, making them a strong supplemental heat source.

Pros of vent-free gas logs:

• Excellent heat output and high efficiency
• No chimney required (great for some remodel situations)
• Helps warm a room quickly and effectively

Cons of vent-free gas logs:

• Restrictions vary by state and local code
• Additional considerations for indoor air safety
• Adds moisture to the room (water vapor is a combustion byproduct)
• Flame appearance can be slightly less “wild” or natural than vented logs

Vent-free logs can be a great option for heat-focused homeowners—as long as they’re permitted by local code and installed correctly.

What about gas fireplace emissions and indoor air safety?

This is the most important comparison point. With vented gas logs, combustion byproducts exit through the chimney. With vent-free logs, combustion byproducts stay in the home—so indoor air safety depends on proper operation, room size requirements, and built-in safety systems.

Vent-free sets typically include safety features like oxygen depletion sensors (ODS). Still, homeowners should:

• Follow all manufacturer requirements
• Confirm local code allows vent-free appliances
• Ensure adequate room size and ventilation
• Keep up with regular inspections and maintenance

If indoor air quality is a top concern, many homeowners prefer vented logs or a direct vent gas insert.

Which is better for your lifestyle: vented gas logs vs vent-free?

Choose vented gas logs if you want the most realistic flames and classic fireplace ambiance, a fireplace primarily for atmosphere, and a solution that vents combustion byproducts outdoors.

Choose vent-free gas logs if you want a trong supplemental heat and better efficiency, a fireplace option without a traditional chimney (where permitted), and quick warmth with simpler venting requirements.

Both can be excellent—but the “best” choice depends on whether you prioritize realism, heat, or indoor air considerations.

Final thoughts

Comparing vented gas logs vs vent-free is really about your goals: appearance, heat output, and safety preferences. Vented logs often provide the most natural flame experience, while vent-free logs deliver impressive heat efficiency but require careful attention to gas fireplace emissions and indoor air safety standards.

Need help choosing the right gas logs for your fireplace and location? Contact our certified hearth professionals at 888-418-0005 or info@woodstovepro.com.

Author: Sean Summers, NFI Master Hearth Certified Technician – WoodstovePro.com

A properly designed chimney system is the foundation of safe, efficient venting for wood stoves, fireplaces, furnaces, and many other solid-fuel appliances. Homeowners often focus on pipe diameter and total height, but the “support pieces” are just as important. The right Class A chimney parts—including tees, support boxes, and wall thimbles—protect your home from heat transfer, keep the chimney stable, and ensure your system meets listing and code requirements.

This guide explains the most common Class A chimney components, what they do, and why they matter.

What is Class A chimney pipe?

Class A chimney pipe (often called “all-fuel” or “insulated chimney”) is a high-temperature, insulated venting system designed to safely carry exhaust through walls, ceilings, attics, and above the roofline. Unlike connector/stove pipe, Class A is built to handle high flue temperatures and maintain required clearance to combustibles throughout the structure.

To build a complete chimney system, you need more than straight pipe sections. You need the right structural supports and safe transition components—these are the Class A chimney parts that make the system secure.

Key Class A Chimney System Components (and Why They Matter)

1) Tee and Tee Support: The cleanout and the foundation (for wall exits)

A tee is commonly used when the chimney exits through an exterior wall. It creates a clean, efficient transition from the appliance connector to the vertical chimney run outside. Most tees include a removable cap at the bottom for inspection and cleaning—making maintenance easier.

Why it matters:

• Provides a stable 90-degree transition for wall installations
• Allows a cleanout access point at the bottom
• Helps reduce soot/creosote management headaches during maintenance

A tee almost always needs a tee support bracket or wall support to carry the weight of the vertical chimney stack. That stack can be heavy—support prevents stress on the wall thimble and the connector pipe.

2) Support Box: The safe ceiling transition (for straight-up installs)

A support box is used when your chimney runs straight up through the ceiling and into the attic. It provides a listed, code-compliant method to support the chimney’s weight while maintaining proper clearance to combustibles where the chimney passes through the ceiling structure.

Why it matters:

• Supports the load of the chimney system from the ceiling framing
• Maintains required clearance to combustibles at the ceiling penetration
• Provides a secure, centered pass-through into attic space

In many installations, the support box is the “anchor” of the chimney system. If it’s wrong, loose, or not listed for your chimney brand, the entire system can be compromised.

3) Wall Thimble: The safe pass-through for wall exits

A wall thimble is a listed component that allows Class A chimney pipe to pass safely through a combustible wall (typically when you’re exiting to an exterior tee). It creates the required air space and heat protection between the hot pipe and wood framing.

Why it matters:

• Protects framing and insulation from high flue temperatures
• Ensures required clearances are maintained through the wall
• Provides a finished, sealed wall penetration for a cleaner installation

The wall thimble is not optional in a wall-exit Class A installation. It’s one of the most critical Class A chimney parts for safety.

4) Firestops and Attic Insulation Shields: Safety where you can’t see it

When a chimney passes through multiple floors or attic space, listed firestops and insulation shields help maintain clearance and prevent insulation from contacting the pipe.

Why they matter:

• Keep insulation and debris away from the hot chimney
• Maintain clearance to combustibles in concealed spaces
• Improve long-term chimney safety and reduce risk of hidden heat damage

5) Roof Flashing and Storm Collar: Keep water out

Where the chimney exits the roof, flashing and storm collars seal out rain and snow. This is essential for chimney longevity and preventing water damage.

Why it matters:

• Prevents leaks and moisture intrusion
• Protects roof decking, attic, and chimney structure
• Helps avoid long-term corrosion and “mystery stains” indoors

6) Chimney Cap and Spark Arrestor: Protect the top

The chimney cap keeps out rain, animals, and debris, and many designs include a spark arrestor mesh for added safety.

Why it matters:

• Prevents water entry and blockages
• Helps reduce downdrafts and supports consistent draft
• Adds safety against embers for wood-burning appliances

Choosing the right Class A chimney parts

Here’s the rule that prevents the most mistakes: Match components to the same manufacturer and chimney system. Class A systems are tested and listed as complete assemblies. Mixing brands can lead to poor fit, failed inspections, and safety risks.

Before ordering, confirm:

• Appliance flue collar diameter
• Chimney brand/system (DuraVent, Selkirk, Metal-Fab, etc.)
• Installation route (straight up vs through-the-wall)
• Support needs based on total height and offsets

Final thoughts

A safe chimney system is more than pipe—it’s the right combination of Class A chimney parts working together. Tees, support boxes, and wall thimbles aren’t “extras.” They’re the pieces that support the chimney, protect your home, and keep your venting code-compliant and reliable for years.

Author: Sean Summers, NFI Master Hearth Certified Technician – WoodstovePro.com

A gas insert is one of the smartest ways to transform an old, drafty fireplace into a dependable heat source. If you’re considering a fireplace upgrade, the biggest questions usually come down to sizing and heat output: What size insert do I need? How many BTUs are enough? Should I choose a direct vent model?

This guide breaks down gas insert sizing, explains BTUs in plain terms, and helps you choose the right insert for your home.

What is a gas insert (and why upgrade)?

A gas insert is a sealed firebox designed to fit inside an existing wood-burning masonry or factory-built fireplace. Most inserts are a direct vent gas insert, meaning they vent exhaust outdoors through a dedicated liner system while pulling combustion air from outside.

Benefits of a gas insert fireplace upgrade include:

• More usable heat than an open fireplace
• Less draftiness when the unit is off (sealed system)
• Convenient, controllable heat (thermostat/remote options)
• Cleaner operation and lower maintenance than wood fires

Step 1: Start with your existing fireplace opening (gas insert sizing basics)

Gas insert sizing begins with accurate measurements. You’ll typically need:

• Front width, back width (if tapered), and height of the opening
• Depth (from opening to back wall)
• Height of the rear wall (if the opening slopes)

Also note:

• Damper location and size
• Fireplace type (masonry vs factory-built)
• Whether the chimney is straight or has offsets

Pro tip: Measure twice. Many fireplaces are not perfectly square, and small differences can affect fit.

Step 2: Understand BTUs (your BTU guide for real-world comfort)

BTU stands for British Thermal Unit—a measure of heat output. A higher BTU rating generally means more potential heat, but it does not automatically mean better comfort. Your BTU guide should consider:

• Room size and ceiling height
• Insulation and window quality
• Open floor plan vs closed rooms
• Local climate and how often you’ll use the insert

General BTU ranges (very broad guidance):

• 20,000–30,000 BTUs: smaller rooms, supplemental heat
• 30,000–45,000 BTUs: medium spaces, frequent use
• 45,000+ BTUs: larger areas, open layouts, colder climates

Bigger isn’t always better. Oversizing can lead to an uncomfortably hot room and shorter run cycles.

Step 3: Direct vent vs other venting options

For most homeowners, a direct vent gas insert is the best and most common choice. Direct vent systems:

• Use a sealed combustion chamber
• Exhaust combustion gases outdoors
• Pull combustion air from outside
• Improve indoor air comfort and safety compared to non-sealed options

A direct vent insert typically uses two liners routed through your existing chimney—one for exhaust and one for intake. This helps create steady draft and safe operation.

Step 4: Choose features that match how you’ll use it

Once you’ve narrowed down fit and BTUs, focus on everyday convenience:

• Blower kit: improves heat circulation into the room
• Thermostat/remote: more consistent comfort
• Ignition type: standing pilot vs electronic ignition
• Viewing area: bigger glass for more flame presentation
• Log style and media options: aesthetic preference
• Efficiency rating: more heat output from the fuel you use

If your fireplace upgrade goal is real heat—not just ambiance—prioritize efficiency and blower options.

Step 5: Don’t skip professional installation considerations

Gas inserts must be installed to manufacturer specs and local codes. Key items include:

• Correct gas line sizing and shutoff location
• Proper vent liner sizing and termination cap
• Clearances to combustibles around the surround
• CO/smoke detector placement and safety checks
• Verification of draft and safe operation

Even the best insert won’t perform well if it isn’t installed correctly.

Final thoughts

A gas insert can turn an underperforming fireplace into a reliable, efficient heat source—one of the best fireplace upgrade moves you can make. Start with accurate measurements for gas insert sizing, use a realistic BTU guide for your space, and consider a direct vent gas insert for safe, steady heating.

Want help choosing the right model for your fireplace dimensions and heating goals?
Call our certified hearth professionals at 888-418-0005 or email info@woodstovepro.com.

Author: Sean Summers, NFI Master Hearth Certified Technician – WoodstovePro.com

Bringing home a new woodstove is exciting—until the first burn surprises you with smoke-like odors, a hazy look on the glass, or a strong “hot metal” smell. 

Don’t worry: most of what you’ll notice during the first few burns is completely normal. A proper wood stove break-in helps the stove’s paint and components cure correctly, reduces long-term issues, and sets you up for safer, cleaner performance.

Here’s what to expect, how to do your first fires, and the best stove tips for a smooth start.

Why does a new woodstove need a break-in?

Manufacturers coat many stoves with high-temperature paint and use materials that need to “settle” during the first heat cycles. A controlled wood stove break-in gradually brings the stove up to operating temperature so:

• High-temp paint cures evenly
• Oils or manufacturing residues burn off safely
• Internal components expand and seat properly
• You reduce the risk of discoloration or paint issues

Think of it like breaking in a new engine—steady heat cycles now help your stove perform better later.

What is the curing paint smell—and is it normal?

The curing paint smell is one of the most common surprises during a first burn. As the stove heats up, the factory paint and protective coatings cure and may release a noticeable odor (sometimes described as hot metal, chemicals, or “burning paint”). This is typically normal for a new stove.

What you might notice:

• Strong odor during the first few burns
• Light haze in the room (in some cases)
• Smoke-like smell that fades as the stove cures

Best practice: ventilate well (open a window, run fans) during break-in burns. If the smell is overwhelming or doesn’t improve after a few burns, stop and contact a professional to confirm everything is installed and drafting properly.

First fire tips: how to break in your wood stove the right way

Always follow your stove manufacturer’s manual—break-in steps can vary by model. In general, most stoves do best with a few controlled fires that gradually increase heat.

1) Confirm draft and safe setup first

Before lighting, verify:

• Venting is installed correctly
• Damper/air controls move freely
• Smoke and CO detectors are working
• No combustibles are too close (double-check clearances)

These first fire tips help prevent rookie mistakes.

2) Start with a small fire

Build a small kindling fire with a few small splits. Keep it modest and let it burn for a short session. The goal is a gentle warm-up—not a roaring fire.

3) Let the stove cool completely

Cooling is part of the break-in process. A full cool-down between burns helps the stove and paint cure in stages.

4) Do a medium fire next

Use slightly larger splits and let the stove reach a moderate temperature. You may notice more curing paint smell on this second burn—this is common.

5) Finish with a normal operating fire

After a couple of smaller cycles, you can move into a normal fire using seasoned wood and your typical burn routine. At this point, odors should start to fade noticeably.

What should I expect during the first few burns?

A new woodstove can behave a little differently at first. Here’s what’s usually normal:

• Curing odor that decreases over time
• Paint that looks slightly different after the first heat cycles
• Some “ticking” sounds as metal expands and contracts
• A bit of soot on glass until you learn the stove’s sweet spot

What’s not normal:

• Smoke spilling into the room
• Persistent strong odor after several burns
• Difficulty establishing draft
• Excessive black, lazy smoke from the chimney

If any of these happen, stop using the stove and have the venting and draft inspected.

Stove maintenance starts on day one

Great stove maintenance habits begin early. During the first week:

• Burn only properly seasoned wood (under 20% moisture)
• Avoid smoldering fires (they increase soot and creosote)
• Keep the ash level manageable—don’t let it choke airflow
• Watch the chimney for excessive smoke (a sign of poor burn)

A clean, hot burn helps your stove stay efficient and reduces creosote buildup from the start.

Pro stove tips for a smoother break-in

• Ventilate during the first few burns (windows + fans)
• Keep pets/kids away from the stove—surfaces get extremely hot
• Don’t overfire a new stove trying to “get it going”
• Use dry wood only—wet wood makes break-in smoky and messy
• Follow the manual—it’s written for your exact model

Final thoughts

A proper wood stove break-in is one of the best things you can do for your new woodstove. It helps the paint cure correctly, reduces issues down the road, and gets you comfortable with burn control. Expect some curing paint smell early on—then enjoy cleaner, easier burns as the stove settles in.

Author: Sean Summers, NFI Master Hearth Certified Technician – WoodstovePro.com

A small drip near your fireplace or a faint water stain on the ceiling can be the first sign of a serious issue: failing chimney flashing. Because chimneys penetrate the roofline, they’re one of the most common places for moisture to sneak into a home. The good news is that most leaks are preventable with early detection, smart chimney maintenance, and a proactive approach to roof leak prevention - especially after storms or winter damage.

This guide will help you spot warning signs early, understand what causes chimney leaks, and know when to call a professional.

What is chimney flashing (and why does it leak)?

Chimney flashing is the metal system that seals the gap where the chimney meets your roof. It’s designed to channel water away from the chimney and prevent moisture from entering the attic, ceiling, or walls. A typical flashing setup includes:

• Step flashing (layered with shingles along the sides)
• Counterflashing (overlaps step flashing and is attached to the chimney)
• Base flashing (at the front and back)
• Cricket/saddle (often installed behind wider chimneys to divert water)

Flashing leaks usually happen when metal loosens, sealant fails, the chimney shifts slightly, or shingles and roofing materials degrade around the chimney.

Early signs of a chimney flashing leak

Catching problems early is the heart of roof leak prevention. Look for these warning signs:

Inside the home:

• Water stains on ceilings or walls near the chimney
• Damp drywall, bubbling paint, or peeling wallpaper
• Musty smells in the attic or fireplace area
• Rust on the firebox, damper, or metal components
• Efflorescence (white, powdery mineral stains) on masonry

Outside the home:

• Gaps, lifted edges, or bent flashing pieces
• Cracked caulk or tar patches around the chimney base
• Missing, curled, or damaged shingles near the chimney
• Crumbling mortar joints or spalling bricks
• Visible rust or corrosion on flashing metal

If you see any of these, it’s time to investigate before the next storm turns a small issue into expensive repairs.

How winter damage makes chimney leaks worse

Winter damage is especially hard on chimneys because of freeze-thaw cycles. Water enters small cracks, freezes, expands, and widens the gaps. Over the season, that can lead to:

• Cracked mortar joints and loose bricks
• Deteriorated crown edges (top cement area)
• Worsened flashing separation
• Increased interior moisture and staining

Ice dams can also drive water back under shingles near the chimney, increasing leak risk even when flashing is mostly intact.

Common causes of leaks that look like flashing issues

Not every chimney leak is caused by flashing alone. These nearby issues can mimic flashing problems:

• Damaged chimney crown: cracks allow water into masonry
• Missing or damaged chimney cap: rain enters directly into the flue
• Condensation issues: moisture forms inside flues and runs down
• Roofing wear: shingles and underlayment failing around the chimney
• Masonry porosity: old brick absorbs water and slowly leaks into the home

That’s why a full inspection is often the best route—fixing only one part may not solve the root cause.

A quick homeowner checklist for roof leak prevention

You can’t safely do roof work without proper equipment, but you can watch for red flags and schedule service early:

After heavy rain or snowmelt:

• Check ceilings/walls near the chimney for new discoloration
• Look for dampness in the attic around the chimney chase
• Inspect the fireplace area for rust or damp odors

Seasonally (especially before winter):

• Confirm you have a secure chimney cap
• Schedule annual chimney inspection (and cleaning if needed)
• Ask for a visual check of flashing and masonry condition
• Repair small mortar cracks before freeze-thaw cycles worsen them

Routine chimney maintenance is one of the most cost-effective ways to avoid water damage.

When should you call a pro?

Call a qualified chimney professional or roofer if you notice:

• Active dripping, pooling, or repeated staining
• Cracked or missing flashing sections
• Loose bricks, crumbling mortar, or crown cracks
• Signs of moisture in the attic around the chimney
• Persistent musty odors near the hearth

Because chimneys intersect roofing, masonry, and venting, leaks can spread farther than expected. Early repair is always easier (and cheaper) than waiting.

Final thoughts

Failing chimney flashing is one of the most common causes of roof leaks—but it’s also one of the most preventable. By watching for early warning signs, staying consistent with chimney maintenance, and addressing winter damage quickly, you can protect your home and extend the life of both your roof and chimney.

Author: Sean Summers, NFI Master Hearth Certified Technician – WoodstovePro.com

An electric fireplace is one of the easiest ways to add instant ambiance and supplemental warmth to your home. No venting, no fuel storage, and minimal maintenance - triple win! 

But homeowners often ask the same question before buying: Do electric fireplaces use a lot of electricity? The short answer is: it depends on how you use it. Most models let you run the LED flame effect without heat, and when you do use heat, smart zone heating habits can help manage electric fireplace cost and overall electricity usage.

Here’s a clear breakdown of what affects electric fireplace operating costs and how to keep them efficient.

What parts of an electric fireplace use electricity?

Most electric fireplaces have two separate “systems”:

1. LED flame effects (visuals only)
2. A built-in heater (often a fan-forced electric heater)

The flame effect typically uses far less power than the heater. So if you love the ambiance and don’t need extra heat, you can enjoy the look with minimal electricity usage compared to running heat.

What’s the biggest factor in electric fireplace cost?

The heater. When the heat is on, an electric fireplace functions similarly to other electric space heaters. Your electric fireplace cost will largely depend on:

• How many hours per day you run the heater
• Heat setting (often low/high)
• Your local electricity rate
• Room size and how well it holds heat

Running flames-only for ambiance is typically the most budget-friendly way to use an electric fireplace.

Can electric fireplaces actually save money with zone heating?

Yes - when used correctly. Zone heating means warming the room you’re actively using instead of heating the entire home. For example:

• Heating the living room in the evening instead of raising the whole-house thermostat
• Adding extra warmth to a bedroom without overheating the rest of the house
• Supplementing a drafty room during cold snaps

This approach can reduce reliance on central heat and help keep total energy use in check, especially if you lower your main thermostat a few degrees and let the electric fireplace handle the “comfort zone.”

How do I reduce electricity usage with an electric fireplace?

A few simple habits can lower electricity usage and keep your electric fireplace efficient:

• Use the LED flame effect without heat when you just want ambiance
• Use the heater only when you’re in the room
• Close doors to contain the heat (classic zone heating)
• Choose models with thermostats and timers to prevent overuse
• Keep the fireplace away from drafts and exterior doorways
• Don’t run the heater overnight unattended unless the unit is designed and rated for that use

These are small changes that can make a noticeable difference in electric fireplace cost over a season.

Is an electric fireplace expensive to run compared to gas or wood?

It depends on your region’s energy costs and how you heat your home. Electric fireplaces are usually best viewed as:

• A convenient supplemental heater
• A comfort-and-ambiance feature
• A zone heating tool

If you need whole-home heat, a primary heating appliance (wood stove, pellet stove, furnace, etc.) may be more cost-effective. But for targeted warmth and easy installation, electric fireplaces can be a very practical solution.

Final thoughts

An electric fireplace doesn’t have to be expensive to operate, especially when you use it for zone heating and take advantage of LED flame ambiance without running the heater nonstop. With the right usage habits, electric fireplaces offer cozy comfort and predictable operating costs.

Need help choosing the right electric fireplace for your room size and heating goals? Contact our hearth professionals at 888-418-0005 or info@woodstovepro.com.

Author: Sean Summers, NFI Master Hearth Certified Technician – WoodstovePro.com

If you own a pellet stove, you probably already know that all pellets aren’t built the same. Two bags can look similar but burn very differently. One giving you steady heat with minimal cleanup, the other producing heavy ash, clinkers, and constant shutdowns. That’s why pellet fuel quality matters so much - the right pellets improve burn efficiency, reduce ash, and make pellet stove maintenance easier all season long.

Here’s how pellet quality impacts performance and what to look for when choosing the best fuel.

Why pellet fuel quality affects heat output

A pellet stove is designed to burn a consistent, controlled fuel. When pellets vary in density, moisture, or composition, your stove has to work harder to maintain a steady burn. High-quality pellets generally:

• Burn hotter and more consistently
• Produce fewer temperature swings
• Create a cleaner flame
• Reduce the chances of incomplete combustion

Lower-quality pellets can burn “cooler,” smolder more, and leave behind more unburned material—meaning less heat for your home and more mess in your stove.

Moisture content: the hidden culprit

Pellets should be dry. When pellets absorb moisture (from poor storage, a torn bag, or a humid garage), they burn less efficiently and create more ash and soot.

Signs your pellets may be too damp:

• Dull, crumbly pellets that break apart easily
• Excessive fines (sawdust) in the bag
• Lazy flame or frequent igniter struggles
• Increased buildup in the burn pot

Dry fuel is one of the biggest drivers of burn efficiency.

Low ash pellets = less cleanup and fewer problems

Using low ash pellets can significantly reduce the time you spend cleaning your stove. Excess ash doesn’t just create more mess—it can actually interfere with performance by:

• Restricting airflow through the burn pot
• Causing the fire to burn unevenly
• Triggering shutdowns or error codes
• Increasing buildup in the exhaust path

Low ash pellets support a cleaner burn, better airflow, and more reliable operation—especially in cold stretches when your pellet stove runs nonstop.

What causes clinkers (and how pellet quality plays a role)

Clinkers are hard, fused chunks that form in the burn pot when minerals in the fuel melt and re-solidify. Some pellet types and blends naturally contain more minerals, bark, or impurities—raising clinker risk.

To reduce clinkers:

• Choose pellets known for consistent composition
• Avoid bags with lots of fines or debris
• Keep pellets dry and sealed
• Follow your stove’s feed and air settings recommendations

Reducing clinkers keeps your stove burning smoothly and cuts down on pellet stove maintenance headaches.

How to spot good pellets before you buy

While you can’t “see” every quality detail in a bag, you can quickly screen for better pellet fuel quality by checking:

• Certification/standard labeling (when available)
• Minimal dust and fines at the bottom of the bag
• Pellets that are shiny, dense, and uniform in size
• Bags stored indoors and protected from moisture
• Consistent brand performance from season to season

If your stove suddenly starts producing more ash or burning poorly, try switching pellets before assuming the appliance is the problem.

Maintenance still matters—pellets just make it easier

Even with great pellets, routine pellet stove maintenance is still essential. But higher-quality fuel can reduce how often you need to:

• Clean the burn pot
• Empty ash traps
• Brush heat exchanger surfaces
• Clean venting and exhaust pathways

In short: better pellets don’t eliminate maintenance—they help prevent the kind of buildup that causes performance issues and downtime.

Final thoughts

Your pellet stove can only perform as well as the fuel you feed it. Choosing better pellet fuel quality improves heat output, supports burn efficiency, reduces ash and clinkers, and makes maintenance far easier. If you want a warmer home and fewer cleanings, start with your pellets.

Need help choosing pellets, troubleshooting ash issues, or finding the right maintenance tools?
Contact our certified hearth professionals at 888-418-0005 or info@woodstovepro.com.

Author: Sean Summers, NFI Master Hearth Certified Technician – WoodstovePro.com

When homeowners think about fireplace safety, they often focus on obvious hazards - sparks, smoke, and creosote. But one of the most important safety rules is also one of the most overlooked: clearance to combustibles. If wood framing, drywall, furniture, insulation, or decor is too close to a hot stove, stove pipe, or chimney, it can heat up over time and eventually ignite.

This isn’t just a “code” issue. It’s a real-world fire safety issue that protects your home every time you burn.

What does “clearance to combustibles” mean?

Clearance to combustibles is the minimum safe distance required between heating equipment (like wood stoves, fireplaces, and venting) and any material that can burn. “Combustibles” include more than just wood. Common combustible materials include:

• Wall studs and framing
• Drywall and trim
• Furniture, curtains, and rugs
• Mantels and shelving
• Insulation and attic materials
• Stored firewood, cardboard, and décor

Even if something doesn’t touch the stove or pipe, being too close can still be dangerous.

Why clearances matter more than you think

Many house fires don’t happen because something “caught a spark.” They happen because of heat transfer over time. When combustible materials repeatedly absorb heat, they can undergo a process called pyrolysis—meaning the ignition temperature drops. In plain terms: materials can become easier to ignite after repeated heating, even at lower temperatures than you’d expect.

That’s why following proper clearances is critical for both chimney safety and long-term home protection.

The big one: stove pipe clearance

Improper stove pipe clearance is a common problem in DIY installs and older setups. Single-wall and double-wall stove pipe have different clearance requirements, and you can’t assume “closer is fine” just because the pipe looks contained.

General guidance (always confirm your exact product specs):

• Single-wall stove pipe typically requires more clearance to combustibles
• Double-wall stove pipe is designed to reduce required clearance and keep exterior temperatures lower
• Elbows, joints, and connection points can be hotter than straight sections

If a wall, ceiling, or beam is too close to the pipe, you may need a different pipe type, a listed heat shield, or a redesign of the venting route.

Chimney safety: Class A chimney vs connector pipe

Homeowners also confuse stove pipe with chimney pipe. Here’s the quick distinction:

• Connector pipe (stove pipe) runs from the appliance to the chimney support/transition
• Class A chimney pipe is insulated and rated to pass through ceilings, walls, and attics

Using the wrong type in the wrong place is a major chimney safety hazard. If your venting passes through combustible areas, it must be the correct listed chimney system for that application.

How do I know what my clearances should be?

Clearances are not guesswork—they’re set by:

1. The appliance manufacturer’s manual (your #1 source)
2. The venting system listing (stove pipe / Class A chimney brand specs)
3. Local code requirements and inspection guidelines

If you’re missing the manual, look up the model number and use the manufacturer’s documentation. For older appliances, a certified installer or inspector can help evaluate safe options.

Common clearance mistakes homeowners make

These are some of the most frequent issues we see:

• Placing furniture, baskets, or firewood too close to a stove
• Installing a mantel or TV without checking clearance specs
• Assuming double-wall pipe means “no clearance needed”
• Running connector pipe through a ceiling/wall (needs Class A chimney)
• Using unlisted DIY heat shields or decorative wall coverings too close to heat

Any of these can compromise fireplace safety and increase risk over time.

Final thoughts

Clearance to combustibles is one of the most important “quiet” rules in fire safety, because it prevents problems you may not see until it’s too late. Whether you’re installing a new appliance or reviewing an older setup, verifying clearances for the stove, stove pipe, and chimney system is a must.

If you have questions about stove pipe clearance or want help choosing the right venting components for a safe installation, our certified hearth professionals are here to help. Call 888-418-0005 or email info@woodstovepro.com.

Author: Sean Summers, NFI Master Hearth Certified Technician – WoodstovePro.com

A chimney cap may look like a small finishing piece, but it plays a big role in chimney safety and performance. The right cap helps keep rain, animals, debris, and sparks where they belong - out of your chimney and away from your roof! 

If you’re shopping for a cap (or replacing an old one), here’s how to choose the right type and why it matters.

Why do I need a chimney cap at all?

Without a cap, your chimney becomes an open doorway to the elements. Rain and snow can speed up corrosion and damage liners, while leaves and nests can block airflow and create dangerous smoke backup. A good chimney cap also supports draft improvement by preventing downdrafts and reducing turbulence at the top of the flue.

What are the main types of chimney caps?

Most homeowners choose from a few common cap styles:

1) Standard rain cap (basic cap)
This is the most common option: a top cover with mesh sides. It’s built to keep out water, leaves, and animals while allowing smoke to vent properly.

2) Spark arrestor cap
A spark arrestor chimney cap includes mesh designed to catch sparks and embers before they land on your roof, deck, or nearby dry leaves. This is especially important for wood-burning fireplaces, wood stoves, and inserts—and it may be required in some areas.

3) Draft cap / anti-downdraft cap
If you’re dealing with smoke spillage, inconsistent fires, or windy conditions, a draft-focused cap can help. These caps are designed to stabilize airflow and reduce wind-driven downdrafts for better draft improvement.

4) Top-sealing damper cap (for certain fireplaces)
For traditional masonry fireplaces, a top-sealing damper can act like a cap and a damper in one. It helps block drafts when the fireplace isn’t in use and can reduce heat loss—while still protecting the flue opening.

How do I know which chimney cap I need?

Start with these quick decision points:

• Burn wood often? Choose a cap with a spark arrestor mesh for added safety.
• Windy location or draft issues? Consider an anti-downdraft style for draft improvement.
• Frequent rain/snow or coastal moisture? Prioritize corrosion-resistant materials and secure fit.
• Animals or debris problems? Make sure you have sturdy mesh and the correct size coverage.

What size chimney cap do I need?

Fit matters. A chimney cap must match your chimney type:

• Round metal chimney pipe: measure the inside diameter (ex: 6”, 8”, etc.).
• Masonry chimney: measure the outside dimensions of the flue tile or crown area depending on the cap style.

If you’re unsure, the best approach is to confirm your chimney brand and diameter or send measurements to a pro before ordering.

Final tip: don’t ignore a damaged cap

A bent, rusted, or missing chimney cap can lead to water damage, blocked venting, and increased creosote risk. Replacing it is one of the simplest upgrades you can make for better chimney safety and easier operation all season.

Need help choosing the right chimney cap for your system? Contact the certified hearth professionals at 888-418-0005 or info@woodstovepro.com.