Fresh drywall can look flawless one day and disappointing the next if the paint choice is wrong. Uneven coverage, dull patches, visible repairs, and streaky touch-ups often show up after the walls dry, which is why drywall paint deserves more attention than many homeowners expect. At Ontario Drywall & Taping, we treat painting as the final step in a larger finishing system. The prep, the product, and the application method all shape what you see when the room is complete.

For homeowners across Toronto and the GTA, that matters. Newly finished basements, renovated bedrooms, office interiors, and repaired ceilings all need a paint product that settles evenly and holds its appearance.

That’s one reason we often recommend Benjamin Moore when we want a clean, dependable finish. To see why that choice matters, it helps to start with how paint behaves on drywall.

How Benjamin Moore Drywall Paint Supports a Clean, Even Look

What Makes Benjamin Moore a Strong Choice for Drywall Paint

Drywall has no mercy for weak paint. Seams, patched areas, feathered repairs, and fresh mudding can all show through when coverage is inconsistent.

That’s why ODT leans toward Benjamin Moore products for many interior projects. They’re known for smooth application, strong hide, and dependable touch-up performance, which helps us create a surface that looks finished instead of freshly covered.

In painting, “hide” refers to how effectively a product conceals the surface underneath. On drywall, that matters because seams, repairs, and patched areas can become more visible when coverage is inconsistent. Strong hide helps create a more even, refined finish.

Benjamin Moore also offers practical options for different rooms and conditions. Its paint finish guide explains how sheen affects light reflection, which directly impacts how drywall imperfections appear. For many wall surfaces, that guidance matters just as much as the colour itself.

Homeowners usually don’t want to study product data sheets. They want walls that look even in daylight, under pot lights, and from awkward hallway angles. That’s where Benjamin Moore earns its place. When paired with proper prep, it gives us a better shot at a finish that looks consistent from one section of wall to the next.

How Paint Quality Affects the Final Drywall Finish

A lower-grade product can make a good drywall job look unfinished. Thin coverage can leave the surface patchy. Poor sheen consistency can create flashing, where certain spots reflect light differently. Weak touch-up performance can turn one small repair into a larger visual problem.

A better-grade product helps the final coat settle more evenly, especially over newly primed drywall or repaired sections. Still, paint alone cannot rescue poor prep. Sanding, dust removal, primer choice, and application technique all matter.

Here’s the difference homeowners tend to notice:

• Poor-quality paint can leave dull spots, uneven texture appearance, and obvious touch-up marks.
• Professional-grade paint is more likely to provide steadier coverage, more predictable sheen, and a cleaner overall look.
• Poor prep can make even a premium product underperform.
• Strong prep paired with quality paint usually produces a smoother finished wall.

Why the Right Sheen and Coverage Matter on Drywall

Sheen changes how a wall reads in the room. More reflective finishes can make cleaning easier, but they can also reveal sanding marks, seams, and surface variation. Flatter finishes tend to soften those details, which is why sheen selection should match the condition of the wall and the purpose of the room.

Benjamin Moore’s guide on interior paint finishes notes that eggshell and satin are common choices for walls that need an easy-to-clean surface. That can work well in busy areas, but only when the drywall underneath is finished properly. On repaired drywall, even coverage matters just as much as sheen. A wall can be the right colour and still look off if one section absorbs or reflects light differently.

That’s why we look at the wall first, not just the fan deck. The right drywall paint choice depends on the room, the lighting, and how much surface correction was needed before painting.

How a Two Coat Paint Process Improves Results

A two coat paint approach is exactly what it sounds like: two finish coats applied after the surface’s been prepared and primed correctly. It’s one of the simplest ways to improve the final appearance of drywall.

One coat can sometimes look acceptable at first glance. Under natural light or evening lighting, though, patchiness often becomes more obvious. A second coat helps build colour depth, improve uniformity, and strengthen the finish.

1. The first coat establishes the base, covering the primed drywall and exposing any areas that still need attention.
2. The second coat evens out the colour and sheen, which helps reduce lap marks and inconsistent coverage.
3. The finished surface usually holds up better to light cleaning, small touch-ups, and normal wear.

For many interior projects, a two coat paint process isn’t overkill. It’s the standard needed to make the result look complete.

Why Professional Drywall Paint Application Makes a Difference

Paint problems often start before the roller ever touches the wall. Dust left on the surface, uneven primer absorption, rushed sanding, or the wrong product choice can all affect the finish. Professional application helps control those variables.

At Ontario Drywall & Taping, we handle drywall finishing and painting as connected steps, which helps keep the final result consistent.

• We prepare and inspect the surface before paint goes on.
• We match product choice and sheen to the room and wall condition.
• We apply paint with clean lines and even coverage.
• We catch issues with repairs or finishes early, before they show through the final coat.

That matters whether we’re painting one room or finishing drywall as part of a larger renovation across the GTA.

Benjamin Moore Drywall Paint vs Other Paints: What Sets It Apart

When homeowners compare Benjamin Moore to lower-grade products, the difference usually comes down to performance on the wall, not marketing on the can.

That doesn’t mean every wall needs the most expensive product on the shelf. It means the right Benjamin Moore option often gives homeowners a better return when the goal is a polished interior finish.

Why Benjamin Moore Drywall Paint Is Worth the Investment for a Better Finish

A smooth wall doesn’t happen by accident. It comes from careful prep, the right sheen, reliable product selection, and enough coverage to make the finish look complete. That’s why we trust Benjamin Moore on many of our interior projects and why we recommend drywall paint systems that support even colour, cleaner touch-ups, and a better-looking surface over time.

If you’re planning a renovation, finishing a basement, or repainting repaired walls, our drywall painting services can help you get a result that holds up under real lighting and daily use. Reach out to Ontario Drywall & Taping today at (647) 878-4466, email us at info@ontariodrywallandtaping.ca or click here to get in touch online.

FAQ

What is the best drywall paint for a smooth finish?

Benjamin Moore is a popular choice when homeowners want dependable coverage and a clean, even appearance.

Why does drywall paint usually need two coats?

A second coat improves consistency, colour depth, and the final look of the wall.

Can poor paint make drywall imperfections stand out more?

Yes. Thin or uneven paint can make texture issues, flashing, and repairs more noticeable.

Does professional drywall painting really make a difference?

Yes. Proper prep, product selection, and application technique all affect the final result.

How do I choose the right sheen for drywall paint?

The right sheen depends on the room, lighting, and the wall’s condition. We help homeowners choose a finish that suits the space.

The post Best Paints for Your Drywall: Why We Use Benjamin Moore for a Perfect Finish appeared first on Ontario Drywall And Taping.

There is a saying in the trade: “Paint hides nothing; it highlights everything.”

You can hang drywall perfectly. You can screw it off with military precision. But if the drywall taping is even slightly off, the moment you roll a coat of semi-gloss paint on that wall and turn on the lights, every mistake will scream at you.

Blisters, ridges, visible seams, and “starved” joints—these aren’t just cosmetic annoyances. They are structural failures in the wall surface.

At Ontario Drywall & Taping, we spend a significant amount of time fixing DIY jobs or correcting work from “handymen” who treated taping like a simple plastering gig. Taping is an art form that relies on timing, pressure, and chemical bonding.

Here is a breakdown of the most common defects we see, why they happen, and how to ensure your walls end up with a smooth drywall finish.

1. The “Bubble” or Blister (Tape Lift)

This is the most common complaint we hear. You finish the wall, sand it, paint it, and suddenly a long, vertical bubble appears right down the center of the seam. If you press on it, it moves.

Why it happens: Blisters occur for one reason: a lack of adhesion. This happens because of two main errors:

• Dry Joint: There wasn’t enough compound (mud) underneath the paper tape to begin with. The tape was effectively applied to dry paper.
• Wiping Too Hard: When embedding the tape, the taper pressed the knife too firmly, squeezing all the mud out from behind the tape. Without that thin layer of mud acting as glue, the tape releases from the wall as it dries.

The Fix: You cannot paint over a blister. You have to cut the bubble out with a utility knife. If the section is small, you can inject some watered-down mud behind it and smooth it back down. If it’s a long run, you have to tear that section of tape off and re-tape it completely.

2. The “Hump” (Ridged Joints)

A proper drywall joint should be flat. However, because the tape adds thickness, the joint naturally wants to sit higher than the surrounding wall. A bad taping job leaves a visible vertical ridge that looks like a speed bump under the paint.

Why it happens: This is usually an issue with butt joints (where two non-tapered ends of drywall meet). Unlike the long edges of drywall sheets, which are tapered (indented) to accept tape, butt joints are flat. If you just tape over them and add mud, you create a hump.

The Fix: The secret is “feathering.” A butt joint needs to be built out wide—often 10 to 12 inches on either side of the center tape. By gradually sloping the compound outward, you trick the eye into seeing a flat wall. If you can feel the ridge with your hand, you will definitely see it with your eyes.

3. “Starved” Joints (Visible Tape)

A starved joint is one where the outline of the paper tape is clearly visible through the finished wall. It looks like someone just painted over a piece of masking tape.

Why it happens: This happens when the compound shrinks too much during drying, or not enough fill coats were applied. Standard all-purpose mud shrinks as it dries. If the taper applies one heavy coat and walks away, that mud will suck back into the joint, exposing the edges of the tape.

The Fix: This requires a proper three-coat system:

1. Tape Coat: Embed the tape.
2. Fill Coat: Fill the recess flush with the wall.
3. Skim Coat: A tight, thin final layer to blend everything together. You cannot rush this. Each coat must dry before the next one is applied.

4. Cracking (The Hairline Fracture)

Cracks usually appear in corners or above door frames.

Why it happens:

• Structural Movement: The house is settling, or the drywall wasn’t screwed into the studs securely enough.
• Wrong Mud: Using a high-shrinkage drying mud for a deep fill (like a gap between sheets) usually leads to cracking.
• Mesh vs. Paper: Fiberglass mesh tape is popular for DIYers because it’s self-adhesive, but it is significantly weaker than paper tape. If used in corners or structural seams without “hot mud” (chemically setting compound), it will almost always crack eventually.

Troubleshooting Guide

The Lighting Test: The Moment of Truth

The biggest mistake DIYers make is working in bad lighting. You might think the wall looks smooth at noon when the sun is overhead, but at 8:00 PM when the floor lamps are on, the shadows will reveal every flaw.

At Ontario Drywall & Taping, we use high-lumen work lights positioned at a sharp angle (raking light) along the wall during the sanding process. This highlights every ridge, scratch, and bubble so we can fix them before the primer ever touches the wall.

Why Professional Taping Is Important

Taping isn’t just about covering gaps; it’s about creating a monolithic surface. The goal is to make twenty different sheets of drywall look like one continuous, solid wall.

Achieving a true Level 4 or Level 5 smooth finish requires muscle memory. It requires knowing exactly how much pressure to apply to the trowel to wipe the joint clean without starving it. It requires knowing how the humidity in your house today will affect the drying time of the mud tomorrow.

When you hire a professional, you aren’t just paying for the mud; you are paying for the guarantee that when the paint dries, your walls will look perfect.

Is Your Drywall Ready for Paint?

If you are dealing with bubbled tape, uneven joints, or cracks that keep coming back, stop struggling with the spackle knife.

At Ontario Drywall & Taping, we specialize in high-quality taping services that deliver flawless results. Whether it’s a basement renovation or a whole-home finish, we have the tools and the expertise to make your walls look like they were cast in place.

Don’t let bad taping ruin your renovation. Contact us today to schedule a consultation or site visit. Call: (647) 878-4466 Email: info@ontariodrywallandtaping.ca

The post Taping Drywall: How to Avoid Common Deficiencies Like Bubbles and Uneven Joints appeared first on Ontario Drywall And Taping.

There is a stubborn myth in the GTA renovation world that the moment the first snowflake hits the ground, the construction industry shuts down. Homeowners often assume that because they can’t pour a driveway or replace a roof in January, their interior projects need to go into hibernation too.

We hear it all the time: “Shouldn’t I wait until spring when it’s warmer?”

The short answer? No. In fact, waiting until spring might be a strategic mistake.

While spring and summer are chaotic with bidding wars, supply chain hiccups, and contractors booked six months out, winter offers a unique “Goldilocks” window for interior work. But—and this is a big “but”—it requires a different approach. You cannot treat a February drywall install the same way you treat one in July. The physics are different. The air is drier. The materials are colder.

At Ontario Drywall & Taping, we don’t pack up for the winter; we just change our protocol. Here is the reality of how winter affects your walls, why professional expertise matters more now than in the summer, and why you might want to book your project while everyone else is waiting for the thaw.

The Science: How Cold Affects Your Walls

To understand why winter renovations require care, you have to understand what drywalling actually is. It isn’t just screwing boards to studs; it’s a chemical process. We are applying wet compounds (mud) that need to dry and cure to form a monolithic surface.

When the temperature drops, that chemistry changes.

1. The “Curing” Threshold

Standard joint compound relies on evaporation to harden. If the ambient temperature in your home drops below 13°C (55°F), that evaporation slows to a crawl. If the water in the compound freezes before it evaporates, the bond fails completely. This is why you see DIY winter jobs where the tape starts peeling off the walls a year later—the mud didn’t dry; it froze.

The Professional Fix: We don’t guess. We treat the workspace like a laboratory. We use industrial electric heaters (never propane, which adds moisture) to maintain a consistent baseline temperature 24/7 during the taping phase. We also frequently switch to chemical-setting compounds (“hot mud”) which harden via a chemical reaction rather than evaporation, making them immune to the cold air.

2. The Humidity Paradox

Winter air in Toronto homes is famously dry due to forced-air heating systems running overdrive.

• The Good News: This can actually help thick layers of mud dry faster than in the humid, sticky days of August, allowing us to work efficiently.
• The Bad News: If it dries too fast, it shrinks rapidly, leading to hairline cracks.
• The Fix: It’s about balance. We might run humidifiers or adjust our coating thickness to ensure the mud cures at a steady pace. It’s a delicate dance that requires an experienced hand.

3. The “Frozen Lumber” Issue

This is a detail many general contractors miss. If you are framing a basement in winter, the lumber might be cold. If you screw drywall into frozen studs, the screws hold fine—until spring. When the wood thaws and expands, it pushes the screws out, creating “nail pops” (those little round bumps you see in cheap drywall jobs).

The Professional Fix: We strictly adhere to the 48-hour acclimatization rule. We bring the drywall sheets and framing materials into the heated space at least two days before installation begins. This allows the materials to expand to their “living size” before we fasten them, preventing pops down the road.

The “Winter Advantage”: Why Smart Homeowners Renovate Now

If you can navigate the technical challenges (which is our job, not yours), winter offers logistical advantages that you simply cannot get during the peak season.

1. The “Dry Framing” Benefit

For basement finishing, winter is arguably the best time to build. In the summer, lumber sitting in a lumberyard is often swollen with high humidity. If you build walls with swollen wood and drywall over them, the wood will eventually shrink in the winter, twisting and cracking your nice new drywall. In winter, the wood is already at its driest. We are framing with stable lumber. Once we board it up, it isn’t going to move. This results in a straighter, more crack-resistant wall long-term.

2. Skipping the Line

Come April, every homeowner in Ontario wakes up and decides to renovate. Phones ring off the hook, and wait times stretch into months. In winter, the schedule is fluid. You are more likely to get your preferred start date. You get the “A-Team” crews who aren’t rushing between three different job sites. You get more attention to detail simply because the pace of the industry has slowed down.

3. Ideal for “Messy” Work

Drywalling is dusty. Sanding is unavoidable. In the winter, your windows are closed, and your HVAC system is filtering the air (and we use dustless sanding equipment). It’s actually a great time to contain the mess to one zone of the house without worrying about dust blowing in from open windows.

Seasonal Comparison: When Should You Renovate?

To help you decide, here is a breakdown of how the seasons stack up for drywall projects.

Our Winter Protocol: How We Guarantee Quality

We don’t change what we do in the winter; we change how we do it. To ensure a Level 5 finish even in February, we follow a strict cold-weather checklist:

1. Vapour Barrier Integrity: In basements and on exterior walls, the vapour barrier (poly) is critical in winter. If warm indoor air hits cold concrete, you get condensation and mold. We inspect every inch of that poly seal before a single sheet of drywall goes up.
2. Temperature Logs: For larger commercial or residential projects, we monitor the site temperature overnight to ensure it never dips below the safety threshold.
3. Winter-Grade Compounds: We utilize specialized compounds formulated to bond better in lower temperatures.
4. Insulation Upgrades: Winter is the perfect time to open a wall and realize, “Wow, this is cold.” We often pair drywall repair with insulation upgrades (batt or spray foam) to immediately improve the comfort of the room.

Is Winter Right for Your Project?

If you have a basement that is currently just cold concrete storage, a garage you want to insulate and fire-rate, or unsightly wall repairs you’ve been ignoring, don’t wait for the spring thaw.

Winter renovations allow you to take advantage of better contractor availability and get the messy work done while you are stuck inside anyway. By the time the warm weather hits, your renovation will be painted, finished, and ready to enjoy, while your neighbors are just starting to call for quotes.

At Ontario Drywall & Taping, we have the equipment and the experience to handle the Ontario climate. We don’t just slap board on the wall; we engineer a finish that lasts.

Ready to start? Contact us today to discuss your winter project. Call: (647) 878-4466 Email: info@ontariodrywallandtaping.ca

The post Is Winter a Good Time for Drywall Renovations? (The Honest Answer) appeared first on Ontario Drywall And Taping.

When a bathroom is newly finished, everything feels fresh—straight grout lines, crisp paint, clean corners. The real story shows up a few years later. Give it some time and that same room has seen long showers, bath mats soaked from kids’ baths, and more rushed mornings than anyone remembers. Even with a fan running, not all of that moisture leaves. Some of it hangs in the air, settles into corners and trim, and slowly works its way into the drywall and ceiling.

Most people do not call us because of one big leak. They call because small things keep popping up: paint that will not stay smooth beside the tub, a spot of drywall that feels a bit soft, or a musty smell that always seems to return after cleaning. From the hallway, the bathroom can still look perfectly acceptable, but when we open up the wall, we sometimes find damp insulation, stained backing and the early stages of mould that never showed on the surface.

A lot of that trouble starts with the materials behind the tile and paint. Standard drywall simply is not built for constant moisture. That is why, when we plan or renovate a bathroom, we talk as much about what goes behind the finishes as we do about the tile you will see every day. Moisture-resistant drywall such as Green Board and DensShield gives the room a better backbone. Paired with proper installation and a fan that actually gets used, it helps the bathroom handle everyday humidity without slowly damaging the structure behind the scenes.

What Is Moisture-Resistant Green Board Drywall?

Green Board is a familiar moisture-resistant option for many homeowners. It looks similar to regular drywall, but the green paper facing and treated core help it cope better with humidity and the odd splash.

We typically use Green Board in spots that see moisture in the air but not constant or direct water, such as:

• bathroom walls away from the shower or tub
• powder rooms and half-baths
• bathroom ceilings with good ventilation

Green Board is not waterproof, and it is not meant to be the only line of defence inside a shower enclosure. Where it does make sense is in the rest of the room, where humidity is a concern but the walls are not getting soaked. In those areas, it stands up better than standard drywall to condensation and day-to-day use.

From an installation point of view, Green Board handles much like regular drywall. That helps keep labour reasonable while still giving your bathroom a step up in performance. For homeowners working within a tighter budget, it can be a smart upgrade in the right locations.

What Is DensShield Moisture-Resistant Drywall?

DensShield (often written as Dens Shield) is a different style of moisture-resistant drywall. Instead of a paper face, it uses a fibreglass mat and an integrated moisture barrier on the surface. That combination gives it stronger resistance to water, mould, and long-term humidity.

We often recommend DensShield in areas that experience direct or frequent moisture, including:

• shower and tub surrounds
• tiled shower benches and niches
• lower sections of bathroom walls near tubs
• busy family bathrooms and ensuite spa-style showers

Because DensShield has a built-in moisture barrier, it helps stop water from travelling into the wall cavity. When installed correctly and paired with proper sealants and detailing, it becomes a very reliable substrate for tile and other finishes in wet zones.

It does cost more than Green Board and standard drywall, but the added protection often pays off over time by reducing the chances of mould growth, soft walls and tile failures.

Green Board vs DensShield in Real Bathrooms

Homeowners often ask us whether they should choose Green Board or DensShield for their bathroom renovation. The answer usually depends on where the material will be installed and how the space will be used day to day.

In a small powder room with only a sink and toilet, Green Board is usually more than enough. The room gets some humidity, but without a shower or tub, there is no direct water hitting the walls. In that case, we can finish the Green Board with primer and paint, and you get a durable, clean-looking space without overspending on materials.

In a main bathroom or primary ensuite with a tiled shower, we take a different approach. Using regular drywall or even Green Board behind the shower tile increases the risk of moisture damage over time. In these situations, DensShield is the better choice behind the tile. Its surface helps block water from getting into the wall system, and its composition resists mould better than paper-faced products.

On many projects, we use both products together:

• DensShield in the shower or tub surround and other direct wet areas
• Green Board on the remaining bathroom walls and ceiling

This combination helps balance performance and budget while still giving the entire space better moisture protection than a basic drywall installation.

How to Choose Moisture-Resistant Drywall for Your Bathroom

When we walk into a bathroom, we do not start by asking, “Green Board or DensShield?” We start by looking at how the room actually works. Is there a walk-in shower, a simple tub, or just a sink and toilet? Is this the main family bathroom that sees three showers every morning, or a quiet guest bath that only gets used on weekends?

We think about things like:

• where the water will hit the walls
• how often steam will build up in the space
• whether there is a good exhaust fan in place
• what finishes you are planning—full tile, partial tile or mostly paint

Once we understand that, the drywall choice usually becomes clear. In a powder room or a lightly used bathroom with no shower, Green Board on the walls and ceiling is typically all you need. In a standard family bathroom with a tub/shower combo, we almost always bring DensShield into the wet zone around the tub and shower, and use Green Board in the rest of the room.

For high-use or spa-style bathrooms—with big tiled showers, benches, niches and maybe even body jets—we lean heavily on DensShield anywhere water might land or linger, then pair it with Green Board or other suitable products farther from the splash.

It is less about picking a “best” product and more about matching the right moisture-resistant drywall to the way your bathroom is used so your finishes last longer and stay healthier behind the scenes.

Installation Details That Make Moisture-Resistant Drywall Work

Choosing quality materials is only part of the job. Moisture-resistant drywall still needs careful installation to perform the way it is designed to.

When we install Green Board or DensShield in bathrooms, we pay close attention to:

• framing and spacing, so boards are properly supported
• fastener placement, to avoid overdriving screws that damage the surface
• taping and joint treatment, using appropriate compounds for moist environments
• sealing around fixtures, niches and corners where water can collect

Ventilation is just as important. Even the best moisture-resistant drywall can struggle in a bathroom that does not have a properly sized exhaust fan or where the fan is rarely used. As part of a renovation, we often discuss ventilation upgrades with homeowners, so the entire system works together.

If you are planning a larger project—such as finishing a basement bathroom or adding an ensuite—our team can handle both the planning and the drywall installation. To see how we approach full projects, you can review our dedicated drywall installation service page.

Moisture-Resistant Drywall Installation for Bathrooms in the GTA

Moisture-resistant drywall is a key part of building bathrooms that stay solid, safe and attractive over time. Whether your project calls for Green Board, DensShield or a mix of both, professional installation ensures those materials actually deliver the protection they are designed to offer.

At Ontario Drywall and Taping, we work throughout the GTA installing moisture-resistant drywall systems in new builds, renovations and basement bathrooms. We take the time to understand how your household uses each space, recommend suitable combinations of Green Board and DensShield, and then complete the work with clean, efficient installation.

If you are planning a bathroom renovation or adding a new bathroom, we are happy to help you choose the right moisture-resistant drywall and finishes for your home. Reach out to Ontario Drywall and Taping today at 647-878-4466, email us at info@ontariodrywallandtaping.ca or click here to get in touch online.

The post Moisture-Resistant Drywall for Bathrooms: Why DensShield and Green Board Matter appeared first on Ontario Drywall And Taping.

Uneven ceilings tell on you. Light grazes across the surface, and every dip or crown shows up like a topographic map. That’s why pros lean on resilient channel not only for sound isolation, but also as a surprisingly precise tool for ceiling leveling—especially in Ontario renovations where framing has shifted over decades.

Below is a field‑tested, nuanced approach that blends carpentry discipline with modern drywall materials. No magic—just the right steps in the right order.

Start with the Ceiling You Actually Have (Not the One You Want)

Survey before you swing a drill. Use a rotary laser or long straightedge and pull quick notes:

• Deviation map: Mark highs/lows every 4 ft; note anything over ~6 mm (¼ in) across a 1.2 m (4 ft) span.
• Framing rhythm: Measure joist spacing (old homes love “almost 16 in” on‑centre).
• Services & penetrations: Lights, junction boxes, duct boots—anything that could “short‑circuit” the channel.
• Moisture & movement: Basements and bathrooms get different drywall materials (moisture‑resistant board, proper ventilation).

If you’re seeing more than ~12–15 mm (½–⅝ in) of total swing, plan a hybrid: selective sistering or furring to get within range, then let the resilient channel do the final finesse.

Resilient Channel vs. Other Leveling Options

• Furring/strapping (wood or hat channel): Great for big corrections, but transfers vibration and adds height.
• RC‑1 style resilient channel: Slim profile, decouples the board, and lets you micro‑tune plane while fastening.
• Clips + hat channel (full decoupling systems): Superior acoustically and for large corrections, but more parts and depth.

For most lived‑in rooms with moderate defects, resilient channel hits the sweet spot: thin, forgiving, and fast.

The Hardware Details That Make or Break the Job

• Orientation matters: The narrow flange (mounting leg) fastens to joists; the wider flange floats and receives drywall screws.
• Spacing: 400–600 mm (16–24 in) on‑centre across the ceiling, installed perpendicular to joists.
• Fasteners into framing: #6 or #8 screws long enough to bite 25–32 mm (1–1¼ in) into wood; self‑tappers for steel.
• Drywall screws into channel: #6 x 32 mm (1¼ in) fine‑thread for 12.7 mm (½ in) board; #6 x 41 mm (1⅝ in) for 15.9 mm (⅝ in). Do not overdrive—keep the paper intact.
• Edge rules: Keep drywall fasteners at least 10–13 mm (⅜–½ in) from edges; keep screws off the web of the channel slots.

Non‑negotiable: never let a drywall screw hit the joist. One missed screw can couple a whole area and print a ridge later.

Step‑by‑Step: Leveling with Resilient Channel

1) Snap a Plane You Can Trust

Strike a perimeter level line using a laser. If the ceiling is wildly out, sister or plane the worst joists first. Your goal is to bring variation within ~6–10 mm so the channel can do its job without excessive shimming.

2) Lay Out the Grid

Measure from the straightest wall and pop control lines for your resilient channel runs. First row within ~150 mm (6 in) of the wall, then 400–600 mm (16–24 in) on‑centre. Mark box locations and any “no‑screw” zones to avoid accidental coupling later.

3) Install Channels—Tune as You Go

Run channels perpendicular to joists. On humps, pull the channel tight; on dips, ease screw depth or use thin composite shims behind the mounting flange. Sight down each run—think of it like truing a bicycle rim. Keep butt seams landing on channel, not between.

4) Isolate Penetrations

Wrap boxes with backer rings or putty pads; keep a 3–6 mm (⅛–¼ in) gap around penetrations and seal later with acoustical sealant. Carry channel past penetrations; don’t create short stubs that telegraph.

5) Hang the Board the Right Way

Use sag‑resistant 12.7 mm (½ in) on smaller spans; 15.9 mm (⅝ in) adds both flatness and sound mass. Stagger seams; orient long edges perpendicular to channels. Drive into the wide flange only. Maintain a 3–6 mm (⅛–¼ in) perimeter gap for sealant.

6) Finish for Flatness

Feather butt joints wide (three coats, expanding each pass). Skim low areas lightly rather than over‑filling once. Strong raking light tells the truth—check before final sand and primer.

Common Mistakes (and Quiet Fixes)

• Accidental coupling: Screws into joists, tight can lights, or backing that touches framing. Fix: Pull offending fasteners, widen fixture clearances, and reseal gaps.
• Over‑spacing: Stretching channels past 24 in on‑centre invites waves. Fix: Add a mid‑run.
• Wrong flange: Hanging drywall on the mounting leg kills both leveling and acoustics. Fix: Re‑orient and re‑hang—there’s no shortcut.
• Penetrations without isolation: Pot lights and vents become sound bridges. Fix: Use isolation boxes or pads; seal edges.
• Heavy finishes on light board: Knockdown, texture, or crown moulding needs the stiffness of ⅝ in board across channels.

Choosing Drywall Materials that Help You Win

• Board: ⅝ in Type X for stiffness and sound; ½ in sag‑resistant for smaller rooms.
• Insulation (optional but smart): Mineral wool improves sound and tames room‑to‑room resonance.
• Sealants: True acoustical sealant stays flexible; standard caulk cracks and prints.
• Compounds: Lightweight base for first coats, topping for final feather; mesh only at repairs—paper tape at seams.

When to Switch Tactics

• Deviation over ~20 mm (¾ in): Move to clips + hat channel or re‑frame. RC alone will telegraph the roller coaster.
• Wet or unvented spaces: Solve ventilation and pick the right board before any drywall installation.
• Ceiling‑mounted cabinets/fixtures: Add solid backing behind the channel grid to keep decoupling intact.

The Payoff

Done right, ceiling leveling with resilient channel gives you three wins: a flatter plane under raking light, fewer stress cracks season to season, and quieter rooms. It’s a small detail with an outsized effect on how “finished” a space feels.

Work with Specialists Who Do This Every Week

If you’d rather skip the learning curve, bring in a crew that treats leveling like a craft, not an afterthought. Ontario Drywall and Taping balances laser‑straight ceilings with clean acoustical detailing and the right drywall materials for Ontario homes and commercial spaces.

Reach out to us by calling 647-878-4466, emailing info@ontariodrywallandtaping.ca, or completing our online form here.

The post How to Level Ceiling Deviations With Resilient Channels in Drywalling appeared first on Ontario Drywall And Taping.

Purchasing drywall for your home renovation projects involves several factors, including sheet size, drywall type, and compliance considerations, as well as drywall thickness. In this blog, we will look at the key differences between ½” drywall and ⅝” drywall with a few tips on selecting the best drywall, tools, and materials for your space.

Why does drywall come in different thicknesses?

Drywall thickness helps determine drywall strength, soundproofing capabilities, fire resistance, and building code compliance. There are also installation considerations. For example, the thicker the drywall, the more difficult it is to work with as the thickness increases the weight. Understanding how thickness impacts your project, application, and building code standards ensures you choose the right drywall for your space and project.

What is ⅝” drywall?

Drywall with a ⅝” thickness is commonly referred to as Type X drywall due to its enhanced fire rating. Its denseness increases its strength compared to ½” drywall, while also improving soundproofing capabilities, fire resistance, and durability. Characteristics of ⅝” drywall include:

• Fire resistance: Type X drywall is designed for walls and ceilings that require increased fire resistance. ⅝” drywall has 60 minutes of fire resistance, while standard drywall thickness only lasts for up to 30 minutes.
• Core: ⅝” drywall contains noncombustible glass fibre that improves strength, stability, and fire resistance.

When is ⅝” drywall thickness recommended?

There are several applications where ⅝” drywall thickness is recommended for residential drywall installation, including the following:

• Larger span ceilings: The extra strength of ⅝” drywall makes it the best choice for ceilings with wider spans and stud spacing to avoid sagging.
• Humid environments: Humid rooms such as laundry rooms and full bathrooms require the added stability of ⅝” drywall.
• High-traffic areas: Areas such as staircases, hallways, and kitchens benefit from the extra strength of ⅝” drywall.
• Noise reduction: ⅝” drywall works well to help reduce noise reduction between rooms and floors.
• Attached garages: If you have an attached garage, the fire code requires fire-rated Type X drywall for walls and ceilings.
• Walls with wood stoves/fireplaces: Walls surrounding fireplaces and wood stoves require Type X drywall to slow the spread of fire.
• Basement apartments: If you have a basement apartment, you should install ⅝” drywall in the walls and ceiling to both reduce noise transference and to slow the spread of fire.
• Utility/furnace rooms: Rooms with HVAC systems or laundry equipment have higher fire risks and therefore require Type X drywall.

What is ½” drywall?

Half-inch drywall thickness is the standard drywall used for residential walls. It is also used in ceilings, although ⅝” drywall is a better choice to prevent sagging. It is a preferred choice for DIY projects, as it is strong enough for basic walls while offering a material that is easier to lift, cut, and handle. Thickness aside, ½” drywall contains a gypsum core that is less fire-resistant than the glass fibre used in fire-rated ⅝” drywall.

When is ½” drywall thickness recommended?

You can use ½” drywall thickness for standard 16” on-centre interior walls in rooms such as living rooms and bedrooms. A 16” on-centre wall has standard framing spaced 16 inches apart to accommodate standard 8-foot drywall sheets.

When do I need other drywall thicknesses?

Residential drywall installation projects tend to rely on ½” and ⅝” panels. The only time you might consider a thinner thickness would be for curved walls or arches, where you need more flexibility. Choose ¼” or ⅜” drywall when you’re trying to reduce noise transference on existing walls or ceilings to save time and make your installation easier.

How do I know what size panels to use?

Using 4 x 8 panels is best for DIY projects, as they are lighter and less cumbersome than 4 x 12 panels. However, you can choose 4 x 12 panels for longer or taller walls to save time.

How do I know how much drywall to purchase?

You can calculate the square footage of your walls and ceilings to determine how many panels you will need. Multiply the length by the height for walls, and the length by the width for ceilings. Then, divide the square footage by the panel size. For example, if your room is 320 square feet and you are using standard 4 x 8 panels, you would first multiply 4 x 8 for the square footage of each panel, which is 32. You would then divide 320 by 32 to get the number of panels, which is 10.

Can I use the same drywall type throughout my home?

No. Choosing the right drywall type is just as important as choosing the right drywall thickness. The right drywall both ensures you meet building codes and improves the performance of your drywall. Some general tips when purchasing drywall include:

• Regular ½” drywall for bedrooms and living spaces.
• ½” mould-resistant drywall (also known as purple board) for walls in laundry rooms, kitchens, bathrooms, and basements.
• ⅝” purple board for ceilings in laundry rooms, kitchens, bathrooms, and basements.
• Type X ⅝” drywall for garages, utility/furnace rooms, garages, and rooms such as workshops where you wish to reduce noise transference.
• ⅝” backer board/cement board for wall tile applications such as bathrooms or backsplashes.

What other materials are needed for drywall installation?

You will require several materials for your drywall installation project, including the following:

• Joint compound/mud to seal your joints and cover screw holes.
• Drywall tape to seal seams.
• Corner beads to protect outside corners.
• Drywall screws.

What tools are needed for drywall installation?

The right tools for the job will maintain the integrity of your materials while helping to save time, including:

• Mud pan
• Trowel
• T-square
• Tape measure
• Utility knife
• Cordless drill
• Taping knives
• Sandpaper
• Hand sander

Is safety equipment required for drywall installation?

Yes. Safety glasses protect your eyes from debris when sawing and sanding. A dust mask is a must to prevent you from inhaling drywall dust during the sanding process. Work gloves are highly recommended when handling drywall and using utility knives and saws when cutting panels to size.

Contact the Professionals at Ontario Drywall And Taping (ODT)

Drywall installation can be a challenging project for first-time DIYers. While these tips can help you choose the right drywall thickness, tools, and equipment, achieving a professional finish requires skill and experience.

Whether you are looking for answers to your questions, a trusted quote free of hidden costs, or a partner to complete your commercial and residential projects, you can trust ODT to meet your needs. Feel free to reach out to us any time by calling 647-878-4466, emailing info@ontariodrywallandtaping.ca, or completing our online request form here.

The post The Key Differences Between ½” and ⅝” Drywall appeared first on Ontario Drywall And Taping.

When you reach the drywall stage of your renovation project, it’s your last chance to consider soundproofing for your space. In this blog, we’ll explain why SONOpan is a game-changer for noise reduction and why you should include it for a wide range of uses.

How does sound travel in homes?

Sound transmission can travel through walls, ceilings, and floors when nothing stands in its way to absorb the sound waves that produce noise. Even hurdles such as drywall on walls, ceilings, and floors aren’t dense enough to absorb the sounds, allowing the sound waves to travel further through the home. The more obstacles a sound encounters, the less energy the sound waves have to continue their journey.

The energy and waves produced by sound require dense, thick, or porous materials to absorb them, so the sounds cannot travel or be reflected into the space. However, sound waves are tricky and can find indirect transmission via secondary paths. Known as “flanking,” sound waves take detours that reduce the effectiveness of inadequate soundproofing through the ceiling, walls, and floor. To help stop sound waves, drywall experts use drywall soundproofing techniques.

What is drywall soundproofing?

Drywall is a finishing product that covers the studs used to build walls between rooms or the joists in the ceiling. Although it can help absorb sound waves, to completely dampen sounds, you need to use drywall soundproofing methods such as the following:

• Installing insulation
• Using acoustic panels
• Introducing decoupling materials
• Using acoustic sealants

What is decoupling?

Decoupling separates two surfaces to reduce vibrations and prevent sound transmission. It is an important step in drywall soundproofing to address more severe noise issues. Installing resilient channels between the drywall and the framing studs or joists is an effective decoupling step that helps absorb sound waves travelling through the wall or ceiling.

What is SONOpan?

SONOpan is one of Canada’s most trusted brands in noise reduction solutions. Their line of soundproofing panels is a critical step in drywall soundproofing projects, providing the density required to create an effective sound-absorbing barrier. When used in conjunction with drywall and insulation, SONOpan provides the ultimate noise control solution. There are two types of SONOpan panels available:

1. SONOpan sound dampening panels: These panels absorb “airborne” mid- to high-frequency noises like conversations, loud music (including those annoying low bass sounds), television/movies, a child crying, household noise such as a blender, etc. SONOpan panels reduce airborne sounds typically heard between rooms by absorbing the sound waves and blocking transmission as the noise travels through the air.
2. SONOpanX floor panels: Floor panels add additional sound absorption to control both airborne noises, such as those listed above, as well as “vibrational” or “impact” sounds such as footsteps, a chair scraping across the floor, or an object dropping. Exterior noises, such as construction, can also be reduced with proper sound-absorbing floor panels.

Why is SONOpan so effective?

SONOpan’s unique composition features thousands of impressions on both sides of the panel. As a result, it creates varying densities to capture a wide range of sound frequencies, effectively reducing noise from various sources.

Is SONOpan installed instead of drywall?

No, SONOpan products are not a drywall replacement. Instead, they are used in hand with drywall to help reduce noise. In basic installation, the SONOpan panels are installed directly to the joists/studs and covered with ⅝” type X drywall, although ½” drywall can also be used when space is limited.

For even better performance, you can first install insulation between the joists or studs, such as mineral wool or fibreglass, before placing the SONOpan panels to stop resonance in the empty cavity.

What is the ideal SONOpan installation for optimum noise reduction?

To optimize noise reduction, the following steps are recommended:

• Install the insulation.
• Install decoupling materials such as a resilient channel (although this is easier to do after the soundproof panels are placed, it does not offer as high an STC rating as doing it before the panels are installed).
• Install the SONOpan panels using longer drywall screws of 1.5 inches or longer.
• Install the drywall using longer screws to ensure they penetrate the drywall and SONOpanel, and at least ¾ of an inch into the joist/stud.

Note: When noise transfer is a major concern, such as in a home theatre, shared space, or where you have tenants in your home, you can apply a second layer of noise reduction drywall.

What is an STC rating?

STC stands for Sound Transmission Class. It is the rating system used to evaluate how well building materials and acoustical products reduce sound. The higher the rating, the better the sound reduction. However, you not only consider a material’s stand-alone rating, but also how it performs along with other materials and installation methods, such as insulation or resilient channels.

SONOpan’s continuous soundproofing barrier and trademark, two-sided impressions contribute to a wall or ceiling assembly that meets and exceeds building code requirements.

Can SONOpan be applied after drywall?

Yes, you can install SONOpan over existing drywall for retrofit projects, such as trying to reduce neighbour noise between townhouses or in semi-detached homes. You will need longer drywall screws to drill at least ¾” into the studs/joists. You then install 5/8” type X drywall over the SONOpan. As mentioned, you can double up on your drywall layer if you are experiencing unusually loud noise issues.

SONOpan vs. SONOpanX: When to Use Each

SONOpan soundproofing panels are used for walls and ceilings to reduce noise transference throughout the home. The panels help control typical sounds, whether it is between rooms within your home or noise from neighbouring homes through shared walls.

SONOpanX, on the other hand, is designed specifically as a flooring underlayment to absorb and reduce impact noise transmission. You can use SONOpanX in situations such as having an in-law suite, a rental unit, or where you need privacy and quiet, such as a home office.

To ensure that drywall soundproofing is effective, it is best to speak to our drywall experts to understand exactly which techniques and materials are required to address your specific noise challenges. We can assess your space and recommend the best way to create peaceful areas in every room of your home.

Contact Ontario Drywall And Taping for Professional Drywall Services

At Ontario Drywall And Taping, our experienced drywall installers can recommend the best drywall soundproofing strategy. Call our professionals at 647-878-4466. You can also contact us here to reach out to our expert drywall crew to set up a free quote today.

Sources:

1. https://www.acousticalsurfaces.com/blog/acoustics-education/how-does-sound-travel-in-a-room/.
2. https://www.homedepot.ca/product/SONOpan-soundproofing-panels-4-ft-x-8-ft-x-3-4-in/1000441119.
3. https://SONOpan.com/SONOpan-installation-guide/.
4. https://www.acousticalsurfaces.com/blog/acoustics-education/sound-transmission-class-stc-rating/.

The post Why SONOpan Is a Game-Changer for Noise Reduction in Drywalling appeared first on Ontario Drywall And Taping.

What are drywall taping levels?

Drywall taping levels determine the process required to achieve the final surface finish. The level used is based on the quality desired, application, and space usage. The level chosen impacts everything from wall preparation to sanding and makes a huge impact on the final results.

Why are there drywall taping levels?

As with all building methods and processes, the craft of drywall installation is held up to certain standards. In the case of drywall, those standards are set by the Gypsum Association. The association defines best practices in the gypsum trade and uses drywall taping levels to establish standards for drywall professionals.

What is gypsum board?

Gypsum board is the more technical term used for drywall and refers to wall panelling products consisting of a gypsum core and paper facing. Both the core and facing come in various combinations of materials, but fall into the category of gypsum board.

How many drywall taping levels are there?

There are technically six levels of drywall taping, ranging from 0 to 5. However, there are typically only three levels that impact the final surface finish. This is because the different levels also represent different stages in the drywall taping process. The first two levels don’t really count, as level 0 means taping has not yet begun, and level 1 means the tape has been applied to the compound, but not yet finished.

What are the 5 levels of drywall taping?

The five levels of drywalling include the following:

• Drywall level 1: At this stage, the compound is applied to the joints and the drywall tape is embedded.
• Drywall level 2: A thin coat of joint compound is applied over the tape and screw holes, providing the most basic and lowest quality of drywall surface finish.
• Drywall level 3: This is the standard finish in most homes, used in about 95% of interior spaces. It creates a clean, paint-ready surface that works well in nearly all rooms. The process includes embedding paper tape over Sheetrock or Durabond at the joints, applying two coats of mud with sanding between and after, and finishing with minor touch-ups and sponge blending where needed.
• Drywall level 4: This finish builds on level 3 with added precision. After applying and sanding the initial coats, a third coat of compound is used to widen and smooth the joints further. This is followed by a second sanding, final touch-ups, and sponge blending to achieve a seamless, paint-ready surface ideal for painted or wallpapered walls.
• Drywall level 5: This top-tier finish starts with taping and mudding as usual, but goes a step further. The entire wall surface is skimmed with multiple coats of mud (usually three to five) until perfectly smooth. It’s the go-to for high-gloss paints or rooms where lighting highlights every detail.

How to Know Which Drywall Taping Level Is Required

The level of drywall taping and wall preparation required is based on the surface finish needed to complete the project. Levels 0 and 1 are rarely acceptable, unless you have a miscellaneous space, such as a basement, where you are basically providing a cover for insulation.

However, even in these situations, you are putting the space and drywall at risk for poor energy efficiency and moisture issues. Typically, you can use the following guidelines to determine the level required:

• Level 2: This level is suitable for areas where appearance is not a consideration, such as garages, workshops, or storage areas. It is also acceptable when you plan to tile the surface, but keep in mind recommendations for proper gypsum board types in areas such as fireplace surrounds, bathrooms, or kitchens.
• Level 3: If you plan to finish the walls with a texture such as stucco, knockdown, Venetian plaster, etc., then level 3 is recommended.
• Level 4: When your design scheme needs painting or wallpapering, level 4 is required.
• Level 5: This is the premium finish, highly recommended for high-gloss/enamel paints or flat paints in rooms with low-angled lighting that are more likely to capture undesirable highlights like bumps, divots, or depressions.

How do drywall taping levels impact price?

The higher the drywall finishing level, the more your drywall finishing project costs. First, labour costs increase with every step required. As a result, you might want to consider discussing possible shortcuts with your drywall contractor to find potential savings whenever possible.

Additionally, the higher the level of drywall taping, the more “mud” you require. So, even if you plan to DIY your drywall project, you will still invest more in materials. You can also benefit from enjoying the finished space sooner.

Finally, you can’t overlook the value of a job well done. Although there are ways to save money by opting for a lower level of drywall finishing, you want to ensure it won’t negatively impact the finished space. Shortcuts are never recommended when you want a quality job done right the first time.

Important Considerations for Drywall Taping Levels

Although the above points work as a basic guideline, there are several considerations that impact your finished product, including the following:

• Space usage: While level 1 or 2 might be fine for spaces like a garage or workshop, you might use the space often and want a more aesthetically pleasing look. Avid DIYers, hobbyists, weekend mechanics, or even those who like to use these spaces as a hangout might consider level 3 in these areas.
• Wall panelling: If you plan to finish a room with wall panelling, you can skip the extra coat in those areas since they’ll be hidden.
• Cabinetry and built-ins: As with wall panelling, any walls that will be covered with cabinetry or built-ins, like a banquette, bench, or shelving, can also skip the extra coats to save time.
• Ceilings: The level rules that apply to walls don’t always work for ceilings. Because of the different angles of the lighting, ceilings often show imperfections more distinctly. As a result, you should opt for at least level 4 drywall finishing and level 5 if you want perfection.
• Drywall contractors: Never assume that your drywall contractor will apply the recommended drywall finish. Not all have the experience to understand best practices. In some cases, they might look for ways to cut corners. This guide can help you discuss your preferences with a drywall savvy to get the outcomes you deserve.

Contact Ontario Drywall And Taping for Professional Drywall Services

Hopefully, this guide has provided the drywall basics required to inform your drywall project decisions. It always helps to work with an experienced drywall contractor who understands the importance of proper drywall best practices to make the best decisions for your project and budget.

If these tips make drywall taping sound complicated, it is! Call Ontario Drywall And Taping (ODT) at 647-878-4466. You can contact us here to reach out to our expert drywall crew and set up a free quote today.

The post Understanding the Different Levels of Drywall Taping: Which Finish Is Right for Your Project? appeared first on Ontario Drywall And Taping.

Residential drywall projects involve several steps, including careful taping to create smooth walls and ceilings. In this article, we will share a complete breakdown of the drywall and taping process to perfect your drywall installation.

The Drywall and Taping Process, Step-by-Step: 

Step #1: Choose the right materials

Choosing the right materials makes it easier to complete each step and helps ensure you achieve a professional, durable, and smooth finish. The most critical materials include the following:

• Durabond: Durabond is a setting compound. It fills the gaps between butt joints and helps provide a stronger bond between the tape and drywall by eliminating gaps. It also reinforces the seams while helping avoid cracking and shifting.
• Paper tape: Paper tape is used to cover seams. It is strong, helping to avoid tearing when applying the mud. It also creates a smoother finish as you sand.
• Compound/mud: Use a taping compound for the first and second coats, and a finishing compound to ensure a smooth finish. Although they do make all-in-one compounds, choosing the specific compound designed for each step will see better results.
• Knives: When applying the compound, using the right knife will help perfect the finish. A 2” to 4” straight edge is best for applying Durabond and the first coat of taping compound.

  A 10” to 12” knife is preferred for the final coats or when covering larger areas. A 6” straight edge is designed for patch jobs or screw holes. A corner knife makes life easier to get even, defined corners.

Step #2: Pre-fill joints

Once the drywall is installed, inspect the wall for butt joints. Pre-fill these joints using Durabond to secure the drywall and create a solid base for the taping process. As mentioned, Durabond is a setting drywall compound designed to embed tape while also filling and smoothing joints.

This step is critical to ensure the drywall is properly secured and that any gaps are filled for a solid base. Once you’ve filled all the gaps, allow it to completely set according to the instructions and type of Durabond used.

Step #3: Fill holes

Check to make sure the pre-fill has set. If it feels dry, use a taping compound to cover the screw holes. Wipe away the excess mud as you work to make the sanding step easier.

Step #4: Apply taping compound and paper tape

Apply taping compound over the joint. Align a strip of paper tape long enough to cover the joint over the wet mud. Use your finger to press it into place, and then use your straight-edged knife to gently embed the tape into the compound. Try to get the mud as smooth as possible, but avoid being too forceful, or you might tear the tape. Allow the compound to dry completely.

Step #5: Apply a second coat of taping compound

Use the same compound to lightly cover the tape so you can still see it. Allow it to dry and then sand it down to a smooth finish. If you skip this step, it will be almost impossible to apply the finishing compound properly.

Step #6: Apply the finishing compound

Switch to the finishing compound and apply it as evenly as possible. Wipe away excess as you work, and then allow it to dry completely before sanding. As you sand, use your hand to feel for bumps, ridges, and bubbles that are harder to see. This approach will help ensure you find all the imperfections and achieve a professional-level finish.

Common Drywall and Taping Mistakes

For flawless results, avoid these common drywall and taping issues and mistakes:

• Be careful when mixing compounds: If using powder compounds, be sure to get the right consistency when you mix them. If it is too runny, it won’t adhere to the drywall, and if it is too wet, it will moisten the tape, increasing the risk of tears. When it’s too thick, you’ll increase the risk of air bubbles forming under the tape so it can’t adhere properly. This, in turn, increases the risk of tears when adding the next coat.
• Sink your screws: Sinking your screws slightly deeper into the drywall allows you to simply fill the little divots to create a smoother finish. It is easier to fill divots left from sunken screws than it is to either remove or re-sink raised screws.
• Never use a lumpy compound: Whether it’s a result of poorly mixed powdered compound or hardened chunks from improperly sealed pre-mixed compounds, a lumpy compound creates a mess that can’t be corrected with sanding.
• Oversanding: If you sand too aggressively, you can remove too much compound, increasing the risk of tears as well as the tape lifting.
• Not feathering properly: Feathering is a technique that works upward from the bottom toward the joint and downward from the top of the joint. It helps direct excess mud into the joint. With a final swipe across the joint, you both remove the excess mud and force more compound into any remaining gaps.
• Shortcuts: Common shortcuts, such as not allowing the compound to dry completely or skipping the sanding stage, create a mess of your drywall installation. As a result, it ends up taking longer and requiring much more work than following the steps correctly.
• Not filling the joints: Trying to tape over gaps, even when they appear narrow, causes structural issues while also making it difficult to apply mud and tape. If you go directly to taping, you will either tear the tape, force the tape and mud into the gap (thus creating a dent), or both.

At Ontario Drywall And Taping, we ensure a professional finish. We have the experience to understand how common mistakes and shortcuts impact the final product. We take our time and make sure there are no “fisheyes,” bubbles, or uneven bumps. Our crew doesn’t consider the job complete until they’ve touched up every little imperfection.

Contact Ontario Drywall And Taping for Professional Drywall Services

If these tips make drywall and taping feel a little too far from your wheelhouse, call Ontario Drywall And Taping (ODT) at 647-878-4466. You can also click here to reach out to our expert drywall crew to set up a free quote today.

The post The Drywall and Taping Process: A Complete Breakdown for Homeowners appeared first on Ontario Drywall And Taping.

What is insulation?

It is easiest to think of insulation as a barrier to keep exterior temperatures out and interior temperatures in. Insulation is designed to prevent heat from transferring in and out of the home, allowing you to maintain comfortable interior temperatures throughout the year. Different types of insulation are used in different parts of the home, based on building codes in your area.

What are insulation R-values?

Home insulation is rated using R-values. The “R” stands for resistance, and the values relate to the measurement of thermal resistance provided by the insulating materials. The higher the R-value, the better the insulation is at preventing heat from transferring in and out of your home.

The highest R-values are more effective at slowing down heat transfer, so your home can maintain more comfortable, even temperatures regardless of the temperature outside. However, that doesn’t necessarily mean you should always choose the highest R-values. Instead, focus on the required R-values based on the application.

When is insulation installed?

The timing of insulation installation depends on the nature of the project. When we handle both drywall and insulation, we begin with the insulation. The most common types include batt insulation (pink), spray foam, and attic blown-in insulation.

The appropriate R-value varies depending on your budget and the specific application. Once insulation is installed, the client schedules an inspection. If the inspection is successful, we move on to the drywall phase.

How are the right insulation R-values chosen?

There are four main considerations to help you choose the right R-values:

1.Where is your home located?

Ontario has different zones, so it’s important to consider your location to ensure you understand the required R-values in your area. For example, areas above North Bay and Sault Ste. Marie are Zone 2, and areas south of that area down to Windsor are Zone 1.

2.Where are you installing the insulation?

The area of the home is very important, as R-values vary based on whether you’re insulating walls or ceilings and if they are above- or below-grade (such as basements and crawl spaces).

3.What type of insulation is required?

The basic types of insulation to consider are as follows:

• Batt insulation: This bright pink insulation is familiar to most people. It is pre-cut in large pieces in 16- or 24-inch widths and standard 4-foot lengths. These sizes make it easier to fit the batt snugly between studs and joists in floors, ceilings, and walls. The batt can be cut to size to fit areas such as above and below windows and doors, or awkward areas.
• Spray foam insulation: Spray foam comes in liquid form, allowing it to effectively seal and conform to surfaces. Two liquids are combined during the application process, producing a chemical reaction that both creates the foam and causes it to expand upon contact.
• Attic blown-in insulation: Blown-in insulation is a solid type of loose-fill insulating material commonly used in areas such as attics where a large area must be insulated. It also works well to get into less accessible areas of the attic, such as where the roofline meets the attic floor.
• Rockwool insulation: Rockwool Safe’n’Sound is a type of stone wool insulation designed for use in interior walls, ceilings, and floors. Known for its excellent sound absorption and fire resistance, it also offers thermal insulation benefits. It is sold in semi-rigid batts that are easy to cut and install between framing, and it does not support the growth of mould or mildew.

What about rigid foam insulation?

Rigid foam insulation is used on exterior walls to prevent thermal bridging. Thermal bridging occurs when heat escapes or enters the home through breaks in the exterior insulation. Rigid foam creates an effective continuous barrier to reduce penetration caused by building components in exterior walls, such as pipes, joists, and metal studs.

4.What are the minimum insulation R-values required?

R-value recommendations range from the minimum required to the best R-value for the specific application. Choosing the minimum ensures you will meet building codes, but you can choose a better or best option if your budget allows.

Here is a simplified chart listing the minimum requirements as a handy reference:

Zones 1 and 2

• Ceiling below attic space: Choose blown-in or batt insulation with R-60 value.
• Ceiling without attic space: Choose batt insulation with an R-value of 31.
• Exposed floors: Choose batt insulation R-35.
• Above-grade walls: Choose batt insulation R-22 or R-19.
• Basement walls: Choose batt insulation R-15 or R-20.

How to Calculate the Required Amount of Insulation

Insulation calculations are based on the following basic measurements:

• Multiply the perimeter of your walls by the height from floor to ceiling to get the wall square footage.
• Measure the stud width and calculate the number of studs.
• Subtract the stud measurements from the wall square footage.
• Measure the stud depth so you know the depth of insulation required.

Increasing Insulation R-values

If you are upgrading the insulation in your home, you can increase R-values by “topping up” the existing insulation. This saves time and money while enhancing insulation performance.

Before adding more insulation, be sure to check the current industry standards to ensure you’re meeting the minimum requirements. For example, if the latest requirement is R-50 and your current insulation is R-22, then you would subtract 22 from 50 to calculate how much additional R-value is required. In this case, the additional required R-value is 28.

Does moisture buildup impact insulation R-values?

Yes, moisture can impact the performance of batt and loose-fill insulation, as water decreases thermal resistance. Air pockets in these insulating materials enhance the insulating capabilities. When penetrated by moisture, they become heavier and less able to maintain their level of thermal resistance.

How is moisture buildup prevented?

Installing vapour barriers helps manage moisture in areas such as exterior walls, attics, and basements.

Contact the Experts at Ontario Drywall And Taping

With a better understanding of what it takes to choose the right insulation R-values, it makes sense to consult a professional to ensure your investment is worthwhile.

If you’re not ready to tackle a DIY drywall installation, call Ontario Drywall And Taping (ODT) at 647-878-4466. You can also click here to reach out to our expert drywall crew to set up a free quote today.

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