Panelling success for your fence

Today we’re building a great fence, a beautiful fence, a most powerful fence panel that’ll rank second only to U.S. President Donald Trump’s border wall in its effectiveness in deterring invaders and neighbourhood undesirables.

However, instead of concrete, our fence panels will be constructed of treated lumber and wrought iron. Plus, armed security personnel, drone surveillance, and video monitoring will remain optional considerations.

The bulk of the fence panel will be formed with 1×6 fence boards, along with a combination of 2×4 and 2×6 framing lumber, while a wrought-iron, 12-inch high, picketed-lattice type of crown will provide the panel its décor, ultimate intimidation, and definitely its “wow” factor.

Wood on its own is nice, but essentially lacks something. Steel or wrought iron on its own is beautiful, but maybe a little too correctional or institutional. By combining the two, you get a fence that states we’re not necessarily keeping anybody in, or anybody out, but we enjoy our privacy.

Besides simply being attractive, a fence panel must have two other qualities.

One, that it be serviceable.

And two, that it be removable.

Fence brackets, the U-shaped hardware that connects the 2×4 or 2×6 horizontal framing to the fence posts, might not be the carpenter’s way of creating a butt joint, but it’s got to be the fence-builder’s way. That’s because stuff happens in the life of a fence that may require you having to remove or replace a panel.

If a backyard pool is in your future, backhoes are rarely successful in squeezing themselves through 36-inch wide gate openings. Or, the building of a utility or storage shed would certainly be facilitated by the delivery people being able to access your backyard.

And, with the teen next door most recently having acquired their driving licence, the odds of your neighbours’ Ford Windstar making its way through your fence and into your backyard at 3 a.m. on an early Sunday morning has now increased tenfold.

So, for these reasons, we make fence panels removable. Fence panels need to be serviceable in order for them to have any type of longevity. Non serviceable fence panels are those where the 1×6 fencing planks have been fastened to the 2×4 cross members using nails, in a board over board, or good-neighbour type of pattern. Nails make removing a fencing plank without destroying the board almost impossible, while a board on board, offsetting type of plank placement is extremely awkward to paint or stain.

As a result, the crooked or cracked planks that need replacement are rarely removed, and the fencing lumber never gets protected with either a clear sealer or coat of stain.

In order to make a fence panel serviceable, the installer will need to make the 1×6 fencing planks easily removable, which means simply using the appropriate length decking screws.

The fencing planks will also need to be easily stainable, which is best achieved by installing the 1×6 planks vertically, placing one plank up tightly against the next, as you move laterally across the horizontal framing members.

The horizontal framing members should be comprised of two 2×6 treated studs (with one placed at the top of the panel, and one at the bottom) along with a 2×4 horizontal stud going across the middle of the panel, in order to prevent warping. The top of the fence panel should then be capped with a 2×4 stud, which will prevent water from entering the soft end grain, or Achilles heel of any fence plank.

Instead of crowning the fence panel with a traditional wood lattice, the enlightened fence designer would choose from a series of wrought-iron lattice designs.

Fence gate? Go with either a wood/iron frame combo, which would offer privacy, or a wrought iron gate, with its iron bars and curved, pointed spindling, adding a medieval touch.

Post caps? Choose the matching iron caps, they’ll look great, and best protect the post’s end grain.

Good building.

As published by the Standard-Freeholder
Handyman's Hints Standard-Freeholder Cornwall Ontario by Chris Emard

Posting a good start

Shane Harris and Travis Bright work on installing new resin and galvanized fence posts into position on Wonderland Road north of Fanshawe Park.in London, Ont. on Thursday July 9, 2015. Mike Hensen/The London Free Press/Postmedia Network MIKE HENSEN/THE LONDON FREE PRESS/POSTMEDIA NETWORK

With our permit secured, the property line clearly established, and the gas/electrical/cable lines effectively flagged across the lawn, we can begin digging our post holes.

How does a person dig a post hole? Preferably with the help of an auger, driven by mechanized heavy equipment.

What about digging a post hole manually, perhaps engaging your son or nephew in a male bonding type of experience? Not a good idea.

This might have been possible about 100 years ago, when real men waged war during the day, then played hockey at night. Unfortunately, time and the computer age have modified the average male physique to the point where the shoulder and lower back development required to perform the task of repeatedly digging a four-foot hole has been genetically eliminated.

Strangely enough, manual post-hole diggers are still available, but with the design not having changed since the days where men could actually perform this task, your backyard soil would have to have the consistency of butter in order to make this task even somewhat conceivable.

As with all fence projects, the key to success will be the posts’ placement.

The best-case scenario will have your posts buried 48 to 54 inches into the soil, and spaced at every eight feet on centre. Use a mason’s cord to ensure a straight fence line. Pull the mason’s cord tightly along the future fence line, then drop the cord to grass level. Using a tape measure, or preferably a 150-foot open-reel fiberglass tape, mark an “X” on your lawn with a florescent spray paint to designate the post holes, and where the backhoe will drop his auger.

Don’t stake the lawn with pickets, keeping the mason’s line a foot or so above the lawn, using strips of ribbon to designate post placement. You’ll never trip over an X, and it’ll never move.

In order to allow for the three-to-four inches of spacing underneath your fence panels, and at least a few inches of fence post extending above the fence panel, along with the possibility of some variance in soil height, a five-foot fence will require you using 10-foot fence posts, while a six-foor fence will require 12-foot fence posts. Your posts can be made of 4×4 or 6×6 treated lumber.

The 6x6s look better, stay straighter, and are significantly stronger, so they’re definitely the preferred choice.

Securing the fence posts? With the post hole drilled into the soil, insert a sono-tube (cardboard cylinder) into the hole. A 4×4 post will require an eight-inch diameter sono-tube, while a 6×6 post will require a 10-inch cylinder. The sono-tubes are key to containing the concrete and gravel matter that will surround and secure the posts, and help prevent ground moisture from infiltrating this same area around the posts.

Be sure to toss a shovel-full of gravel into the sono-tube before inserting the post. This will help keep the bottom of the post somewhat dry.

If a fence post (regardless of it being a 4×4 or 6×6) is going to have a gate secured to it, with this gate presumably seeing regular swinging use, you’ll be wanting to first toss three-to-four bags of pre-mixed, just add water, concrete into the hole before filling the balance of the space with gravel.

All the other posts will not require cement, and can be secured using a 1/2 to 5/8 gravel mix, or stone dust.

Installing fence posts is minimally a two-person, brawn/brain joint co-ordinated effort. The brawn gently shovels and packs the gravel into the space surrounding the post, while the brain surveys the post leveler, making any necessary adjustments to post lean in an attempt to keep the post perfectly straight and in line with the mason’s cord.

Fence gates? Wooden gate panels can be made to size, but the more decorative wrought-iron type gates will require specific spacing between posts.

So, choose a gate pattern or style before starting the post-hole drilling process.

Next week, creating a great fence panel.

Good building.

As published by the Standard-Freeholder
Handyman's Hints Standard-Freeholder Cornwall Ontario by Chris Emard

You go “nice and slow, see…”

“Nice and slow see— dat’s the way to do it— nice and slow,” was the phrase told to Fred by an armed robber, warning him and the others to count slowly as this villain backed out of the room, in a gripping moment occurring during a scene from a classic 1963 Flintstones episode.

Now, what’s so special about the “nice and slow, see” phrase, and what does it have to do with home construction and renovation?

Even though a firearm in the Flintstones era was basically a small rock loaded in a sling shot set on a stick shaped like the gun, and considering you could get flattened by a steamroller in those days and not die, those dramatic few moments are still, and will be forever engrained in the minds of those of us who watched the Flintstones cartoons in the 1960s and 1970s. As a result, I’ve been passing on the ‘nice and slow, see’ strategy to those persons getting into home renovations for as long as I’ve been in retail.

That, along with the words of wisdom ‘never bite off more than you can chew,’ after a failed attempt to finish the whole hog, a ridiculous amount of sugar-infused ribs, at the Bar-B-Barn in Montreal some years ago.

So, if you’re a novice to the world of finished carpentry, or are intimidated by the risk of failure, and would otherwise like to try installing a particular type of product, then let’s start with a small sample room, taking things nice and slow.

Popular wall decorating items these days include stone and slate, which can create stunningly beautiful, naturally textured walls, especially around fireplaces or as accent walls behind bedroom headboards. However, if you’ve never experienced anything other than installing regular, wood-grained panelling, or traditional wainscoting around the dining room, then having to work with real stone might be out of your comfort zone.

So, break the chains of intimidation by attempting an area that’s relatively small, and free of corners and obstacles. Excellent beginner areas include the spare bathroom, spare bedroom, spare or rear entrance way, or basically any non-essential space where if a total disaster should occur, the general public need not know about it, and your family need not be reminded about it on a daily basis.

First, familiarize yourself with the products.

Some stone products can simply be screwed onto a wall with small hidden brackets. As a result, the only preparation required is to install a half-inch sheet of plywood over the existing drywall. Other stone or slate products will need to be glued, which again is a relatively simple procedure using any number of today’s all-purpose premium glues, available in easy, caulking type dispensable tubes.

What often intimidates the first time user is the cutting.

However, the cutting of stone or slate no longer requires a chisel and small sledge hammer.

Essentially, if you own a table saw, circular saw, or a grinder, there’s a stone and slate cutting blade that’ll fit any one of these tools. Note, the dust created by dry cutting natural tiles can be horrendous, so be sure to find a spot outdoors, preferably downwind from the entrance way. If the weather outdoors is going to make outdoor cutting just too unpleasant an experience, then you may have to consider renting or investing in a wet saw, which is basically a small table saw with a water trough fixed underneath that consistently moistens the blade, keeping the dust to a minimum.

So, on one of the bathroom walls, not all of them, just one, and preferably, one free of any towel bars or toilet roll dispensaries, try your hand at installing the stonework. With cutting limited to strictly 90 degree angles, and with no corners or moldings to circumvent, you’ll be able to cover a small bathroom wall by the end of the afternoon.

A successful home renovation, satisfactorily performed and area cleaned up well before the start of the hockey game.

Well done.

As published by the Standard-Freeholder
Handyman's Hints Standard-Freeholder Cornwall Ontario by Chris Emard

Making that room even quieter

Today we improve our home comfort with more strategic ways of eliminating room-to-room sound transmissions.

As mentioned last week, the most opportune time to do so is when renovating your kitchen, bathroom, or really any room in the home. Essentially, if you’re going to be moving or opening up a wall in order to redirect wiring, plumbing, or ductwork, then you might as well be taking advantage of this opportunity to create a little more privacy.

Why the need to block the transfer of sound? Because silence is golden, and after your 12-year-old has returned home with a set of bagpipes as his musical instrument of choice, silence will maintain your sanity.

What decreases sound from transmitting from point A to point B? Distance and obstacles. With the average residential building lot being anywhere from 50 to 60 feet wide, increasing the distance between the theatre room and your desktop computer is going to be a challenge.

So, we’re left with the alternative of obstacles.

Disclaimer: The following sound-blocking procedures will effectively muffle general sounds created in the home, however, the enactment of said procedures should not be used in falsehood, or as a crutch, for a person’s habit of selectively hearing.

Yes, we can reduce the sounds being transmitted by the loud operation of a television (producing about 60 decibels) being operated in room A, from entering room B, to little more than a whisper. However, a human cry for attention (producing about 80 decibels) should the lady of the home see a mouse, or be attempting to get a long-overdue chore completed, will indeed transmit through, albeit not quite in its entirety.

Regardless, if there’s no movement on the part of the person on the receiving end of this cry, know that it’s not so much the sound blanket doing its job, but the fact you are indeed being ignored.

With a regular, hollow-core wall assembly having a STC (Sound Transmission Class) rating of about 32, it would be nice to boost this wall assembly up to a STC 55, thereby muffling out most loud noises.

Step one: Fill the space in between the studs with Roxul’s Safe n’ Sound insulation, immediately boosting our wall assembly from a STC 32 to a STC 42.

Next, and before installing the drywall, fasten a sheet of 0.75”x4’x8’ Sonopan to your wood studs. Sonopan, recognized by its green colour and dimpled texture, is a lightweight fibre board that adds another 10 STC points to your wall assembly.

With both the Roxul Safe n’ Sound and Sonopan fiber sheets, our wall assembly now stands at an impressive STC 52.

Getting to our goal of STC 55 is going to require the help of a slight air space, along with a bit of solid mass. The air space will create a drum effect, further dissipating the transmission of noise, and will be provided by the addition of steel moldings, referred to as resilient channel. Installed horizontally at every 16 inches on centre, and placed directly over the Sonopan panels, the resilient channels will be fastened with 2.5-inch screws, reaching through the Sonopan, penetrating into the wood studs.

Avoid using regular 1×3 spruce strapping for the creation of an air space. The spruce’s mass will allow sound to reverberate through the wall, whereby the resilient channel’s mass is minimal, offering no route for the sound to follow.

Next, we follow up with two layers of 5/8” inch drywall, as opposed to a single layer of half-inch drywall. The 5/8” drywall provides the mass we’ll need to reach our goal of building an STC 55 wall structure. The first sheet of 5/8” drywall will be fastened to the resilient channel, but won’t penetrate the Sonopan board, while the second sheet of 5/8” drywall gets fastened to the first sheet, effectively creating a break in sound transmission.

Bonus to the 5/8” drywall is the double layer of fire-resistant product.

That’s how we keep things quiet.

Good building.

As published by the Standard-Freeholder

Handyman's Hints Standard-Freeholder Cornwall Ontario by Chris Emard

Take the ‘opportunity of silence’

One type of stone-wool insulation is this Canadian-made Roxul STEVE MAXWELL/OTTAWA CITIZEN/POSTMEDIA NETWORK

If you’re planning a renovation this winter, then don’t pass up the opportunity to make your home a little quieter.

The ‘opportunity of silence’ refers to the fact most renovations involve the total gutting of the room needing attention.

Gutting a bathroom or kitchen means removing not only the existing cabinetry, but the flooring, light fixtures, and the drywall, thereby exposing the studs— essentially bringing the room back to its original state of framing.

Gutting a room becomes necessary when basically every component in the room is being replaced.

Replacing fixtures often results in having to re-direct the electrical wiring and plumbing pipes, or updating them to today’s codes and standards.

The error homeowners make, is after all the electrical and mechanical changes have been made, the wall simply gets closed up again with drywall in preparation for the cabinetry. That’s what’s referred to as a missed opportunity of silence.

The thing about rooms, especially kitchens and bathrooms, is they create noise, noises that in most cases need not be leaked or transmitted into neighbouring rooms. So, if you were lucky enough to score tickets to the Habs game, yet unlucky in your choice of the burrito special at Senor Rodriguez’s take out Tacos, the continued tooting of your horn after arriving home need not be advertised any further than your washroom.

How to make a wall increasingly more sound proof means first understanding a few terms.

A wall assembly will have a STC (sound transmission class) rating, based on how effectively the wall prevents sound from moving from one room to the next. So, the higher the STC rating, the better that wall will be at blocking sound.

Decibels (db) are simply a measurement of how loud something is, based on a sound pressure scale. For example, a casual conversation will register at 40 db, a large truck driving by at 80 db, and your home’s fire alarm at 100 db.

Frequency is measured in hertz (Hz), and relates to the tone, or time cycle of a sound. So, the low sound created by a tuba would register 30 Hz, whereby the clashing of two cymbals might register 10,000 Hz. Humans can only hear sounds that occur between 20 Hz and 20,000 Hz, with the capability of registering and effectively translating sound frequencies, and range of frequency, declining with age.

This might explain why after 25 years of marriage, men can still effectively receive and translate the low frequency sounds being emitted from the television, yet have difficulty registering the higher-pitched sound of their wife’s voice when asking them to take out the garbage.

With the wall cavity opened up, now’s the time to make your soon-to-be renovated bedroom, bathroom, or kitchen, a little more sound proof.

A standard 2×4 wall with half-inch drywall on both sides has a STC rating of about 30. If casual conversation creates about 40 db, a standard wall assembly will somewhat muffle the room-to-room sounds of regular conversation passing through, but will do little to impede the decibel frequencies created by any loud music or television sounds.

Muffling this noise transmission, or creating a transmission loss, will mean having to slightly modify and beef up our regular wall assembly with a number of sound-absorbing products.

The easiest modification one can make to a wall assembly is the addition of Roxul Safe n’ Sound insulation. At 3.5 inches thick, the Safe n’ Sound batts conveniently fit into any 2×4 or 2×6 wall, and bump up the STC rating by 10 to 12 points. Now you’ve got a wall assembly that’ll at least muffle out most regular low sounds.

Bonus to the Safe n’ Sound’s ability to block sound, is its ability to limit the spread of flames, somewhat creating a safe room, at least for a few key minutes.

So we’ve managed to block the sound of casual conversation, now what about the clash of cymbals? That’ll be next week.

Good building.

As published by the Standard-Freeholder
Handyman's Hints Standard-Freeholder Cornwall Ontario by Chris Emard

The nose knows when to bail on this cottage

Expanding polyurethane foam in spray cans is an essential ingredient when insulating and an excellent adhesive for fastening rigid foam insulation. It is indispensable for air-sealing around the edges of the sheets. POSTMEDIA NETWORK FILES

Today we continue our following of famed local home inspector Jack Nailbucket, aka Insp. Clouseau, as he meticulously examines a peculiar waterfront home that is for sale.

Bill Granite, the potential buyer of this home, and the one responsible for the hiring of Nailbucket Home Inspections, will not be continuing the tour. Unfortunately, our Mr. Granite is clearly dejected by the revealed failings of this home so far, including a cracked foundation, negative sloping landscape, and decking platforms that require a complete reconstruction.

With his dreams of cottage life fading, he’s found himself a comfortable spot down by the water, and for the past few hours has been true to his nickname, passing his time quaffing ale, then crushing the empty tins against his forehead, followed by unceremoniously tossing these tins into Lake Ontario.

From this point on, Crushers’ contribution to the inspection will regrettably be unintelligible babble.

At present, we find ourselves in the home’s basement, with our Clouseau scenting a problem. Besides the obvious moisture issues, evidenced by two dehumidifiers running full-blast, our inspector was detecting a further, potentially more serious problem.

Due to Jack’s rather large schnoz, a hereditary trait passed on by generations of Nailbuckets and Clouseaus, our inspector is capable of discerning odours and smells in the range of one part per million, placing him second only to the American bloodhound in scent detection.

After only a few minutes in the basement, Clouseau noted the presence of mould. Was the mould severe? No, but the 2×8 joists and plywood flooring were in some areas the same colour as the area’s native speckled trout, while being somewhat cool and moist to the touch, which isn’t good.

For some unknown reason, the basement floor was unfinished, having only a gravel base. In a poor attempt to somewhat control the moisture coming from the soil, and concrete block walls, a six-millimetre plastic had been spread and taped over the gravel floor and walls.

The basement housed the furnace, water purification systems, and other electrical units, so this was indeed an area that saw semi-regular human activity.

The problem was this basement was more designed as a cold storage, with an environment better suited to house this year’s batch of pickled beets, than human life. What to do?

Essentially, this area needs to be humanized, which means switching the basement environment from wet and damp, to warm and dry.

First, we’ll need to quash the basement floor humidity issue by installing a layer of two-inch pink rigid foam board, providing R-10 of thermal value, over the existing gravel and poly.

The floor should then be covered with four inches of concrete, spread directly over the foam. This modification would raise the floor about six-to-seven inches, which will also involve raising the furnace, likely affecting the ductwork. With the present basement height being a simply adequate 80 inches, this raising of the floor isn’t devastating news, since 80 per cent of the population will still feel comfortable navigating the area.

Next, the furnace’s ductwork system, now feeding only the living spaces above, will need to accept further venting and cold air returns in order to service the basement.

If we’re creating a living space out of the basement, or at least making it comfortable, then we’ll need to keep the heat in the space by installing a rigid foam board against the block walls, followed by 2×4 framing, then the appropriate levels of fiberglass pink insulation.

Or, forget the whole basement idea, move the furnace and mechanical systems to the main floor, insulate the floor, then seal the basement off altogether.

Simply put, this was a home that required a lot of work, but was fortunately situated on a beautiful lot. Essentially, a situation where all it takes is money to make things better.

With that information, our Mr. Granite accepted the report of our Clouseau, then graciously poured himself into a cab. Case #823 closed.

Good building.

As published by the Standard-Freeholder
Handyman's Hints Standard-Freeholder Cornwall Ontario by Chris Emard

Insp. Clouseau looks for clues at the cottage

Getty Images/iStockphoto

Today we’ll be following home inspector Jack Nailbucket, aka Insp. Clouseau, due to Jack’s genealogical connection with his French cousins, and a preference of wearing a white fedora and trench coat while performing his home inspections.

The inspector will be passing his magnifying glass over a potential cottage for purchase by a Mr. Bill ‘Crusher’ Granite, the subject of last week’s column.

Now to be clear, the use of the term cottage in this case is purely subjective. What’s for purchase here is a standard 1,600-square-foot home with nearly a full-height basement, and not an 800-square-foot hunting lodge raised up on cement blocks. There’s no way we’ll be closing this baby up for the winter.

In order for this cottage to remain healthy, general maintenance, a few upgrades, and providing heat for this home year round, regardless of occupancy, will be absolutely necessary.

Our Clouseau was also suspicious of the sales person’s repeated mention the sellers of this cottage are a physics professor and his wife who are looking to retire to the city. Very good, the home has been lived in by someone capable of splitting an atom.

Unfortunately, this same fellow was befuddled by the soggy state of his loafers as he walked the perimeter of his home, and failed to recognize the fact the home’s landscape was working in a negative manner, directing water towards the foundation.

So, be leery of trusting all is good simply because a home has been lived in by persons of means or intelligence. It should be viewed as little solace or guarantee your future dwelling has been well cared for, or built to code.

The home had several little decks that permitted seating on the east, west, and north sides of the home, allowing the homeowners to view the water and strategically follow the sun, or the shade, throughout the day.

A lovely idea, except for the fact each deck was in its own stage of decay. This was due largely in part to the puddles of water and moisture-filled soil that lay beneath these decks, and the fact all three decks had been framed perilously close to the ground.

Further to the deck issue was a relatively significant crack in the corner of the foundation wall that supported the garage. Our Clouseau suspects rainwater and snow melt had been allowed to pool in this area, with this moisture infiltrating the concrete, then expanding during the freezing periods.

We haven’t even entered the cottage yet and we’re facing a foundation repair, dismantling the existing decks (which thankfully are of treated lumber, as opposed to composite, and represent no great loss), a total re-do of the landscaping (which may or may not include replacing the weeping tile, if it ever existed), then re-building the decks once again.

Properly grading the landscape is going to be a challenge because there’s little to no foundation left to work with. It’s as if the house had sunk into a hole. Built on bedrock, this cottage has never sunk, but its foundation was probably two or three rows of concrete blocks too short, a strange error considering the age of the home and the general guidelines of building.

Next, we visited the basement, which was for some reason only accessible from the outside. Our Clouseau was at a loss as to why the professor forfeited a standard stairwell to the basement, in exchange for added closet space.

His thought was that should an explosion occur in the basement as a result of the professor experimenting with a new rocket fuel, the main living area would have been shielded, with the ensuing damage limited to the basement’s block walls blowing out. With the basement walls gone, the home would have simply crashed down upon the rubble, which would have unfortunately included the professor, but on a positive note, saved on the cost of internment.

Next week, the inspection continues.

Good building.

As published by the Standard-Freeholder
Handyman's Hints Standard-Freeholder Cornwall Ontario by Chris Emard

Pros vs. Jos: The drywall edition

Jesse Gift applies drywall compound to the ceiling while framed by the 12-inch white pine beams that form the structure of the virtual high school being constructed on the main street of Bayfield. The building was still under construction when photographed on Wednesday December 14, 2011. MIKE HENSEN/THE LONDON FREE PRESS/Postmedia Network

There used to be a TV commercial which had a diminutive, computer analyst-type fellow in the checkout line of some hardware store, supplies in hand, with a couple of contractors in close behind him, slowly moving towards the cashier.

The TV viewer recognizes the little fellow as a do-it-yourselfer because he was wearing a fine dress shirt and dress pants, and everybody knows that amateurs, no matter what the task, be it cooking, painting, or even playing a sport, always wear their good office clothing while participating in such events.

The two gentlemen behind the little fellow were obviously tradesmen because they were both 260+-pound behemoths, sporting hard hats, while classily attired in torn blue jeans and timeworn bowling shirts with mustard stains that dated back to the 1990’s, because that’s what building contractors look like.

Regardless, the two professional contractors see the do-it–yourselfer is about to buy a bunch of cheap building supplies, so they tug the little feller out of the cashier line, remove whatever he has in his hands, then fill his arms up with better tools, with the lesson being buy what the pros use. Once through the cash, the three of them leave the hardware store laughing and giggling like a troop of schoolgirls.

In most cases, it’s better spending a little more money on quality products. However, when it comes to mudding drywall, how the pros work, and how they buy, isn’t always what’s best for the do-it-yourselfer.

Essentially, the amateur drywaller will lack technique, know-how and speed. As a result, his or her product choices will have to differ, at least in a few areas, from what the pros use.

When it comes to taping a joint, especially in the case of a repair, the amateur should consider using a Fiberglas tape. Professional drywallers commonly use a paper tape because it’s less expensive and can be rolled out and applied more quickly.

Fiberglas tape will stick to the drywall, unlike paper tape, which requires the user mudding the joint beforehand. Mudding, or adding joint mix to the seam, then embedding the paper tape into the joint compound, requires speed and technique, otherwise things gets messy, with joint compound spilling onto the floor.

As an amateur, methodically and patiently moving from one procedure to the next, and not speed, is what’s going to get you to the finish line.

After carefully placing the Fiberglas tape over the seam, the amateur can move on to the next step, mudding. The professional drywaller will choose either a beige or white all-purpose light compound. As amateurs, we’re going to go with the dust-control product.

Dust-control compound is heavier and thicker than regular light-joint compound, allowing the user to more easily scoop out a trowel full of mud, check their phone messages, go for a coffee, then calmly spread it on the wall.

Light compound is a lot thinner, and lighter, which makes it a whole lot easier on the shoulders and elbow joints of those professionals who work with this stuff for hours on end. However, light compound won’t sit on the trowel for long, so once it’s scooped out of the box, you had better be quick to get it on the wall.

Dust-control compound is also recommended for the amateur because the dust particles fall to the floor when sanded, in a controlled type of manner, hence the name. With the tendency of most amateurs to over apply the joint compound, followed by the need to sand things smooth, this is a key feature to avoiding dust everywhere.

Next, amateurs should invest in sponge sanders, a handy tool to avoiding dust when removing those not-so-perfect raised edges.

Where to copy the pros? The wider the swath of compound applied, the smoother the wall. So, invest in trowels by having four-inch, six-inch and eight-inch putty knives, as well as a 10-inch and 12-inch taping knife in the tool box.

Good building.

As published by the Standard-Freeholder
Handyman's Hints Standard-Freeholder Cornwall Ontario by Chris Emard

That’s a wrap

When building, we need to wrap or protect most of the lumber, while leaving a portion exposed so that the wood may be allowed to ìbreatheî or basically expel moisture at a more natural rate. Postmedia Network

I think the inventors of Baggies sandwich bags, and Saran Wrap, are two of the most intelligent and opportunist people in the world. Intelligent because they’ve managed to develop a lightweight, flexible, and user friendly manner of sealing and protecting foodstuffs. Opportunists because they’ve not only developed something useful, but have enabled us, as humans, to fulfill one of our most instinctive and powerful needs, and that’s the simple desire of wanting to wrap things.

What do we do with a newborn baby? Although it’s referred to as a swaddle, we’re essentially wrapping ‘em. Bloody finger? Wrap it. Christmas gifts, sprained ankle, hole in the car’s muffler? Wrap, wrap, wrap.

After supper the other night, I wrapped or bagged 10 different leftover items and tossed them in the fridge. Approximately 50 per cent of these items will see action in the immediate future, two to three things might be caught in time for use, with the last one or two items forgotten and allowed to develop into 15 types of mold. Regardless, they were all good wraps.

What do we do with a staff meeting that’s gone 30 minutes into overtime? We wrap it up. So, what do we do with basically any wood project or structure? Well, if you’re still not sure as to the theme of this week’s rant, for the good of the wood, you wrap it. For all intents and purposes, plywoods, basic framework, and wooden posts, will stick around for the long term if they’re kept dry. The strategy to keeping wood dry in a four season climate such as ours is challenging because wood is a product that naturally absorbs moisture. So, with a “dry season” unfortunately not forming part of the four seasons we experience, our plywoods and 2×4 framing lumber are always in a state where they’re retaining some level of humidity, regardless of the fact the lumber was kiln dried at some point in its production. As a result, we can’t simply saran wrap every piece of lumber because that would trap the humidity, which would lead to our lumber looking like the aforementioned science experiment regarding the 15 types of mold. Instead, we need to wrap or protect most of the lumber, while leaving a portion of the plywood or lumber exposed (with these exposed sides usually facing the interior of the building) so that the wood may be allowed to “breathe” or basically expel moisture at a more natural rate.

So, whether you’re building a shed, or 3000 sq. ft. home, we always protect the plywood walls with a house wrap. Because the interior, or what’s referred to as the warm side of a standard, insulated wall, must have a plastic vapor barrier, in order to prevent moisture from entering the wall cavity, the outside wall cannot be saran wrapped, or covered in the same manner, because that would trap the moisture already in the plywood, and stud framework. So, we cover the exterior wall with a house wrap, a product that sheds water, should rain or snow makes its way past the siding, but is still porous enough to allow the wood to breathe.

Our plywood roofs require the same type of protection. Although asphalt paper was for the longest time the product of choice, synthetic felts are the better product. Similar to a house wrap, synthetic roof felts shed water and breathe. However, they differ from house wraps in that they reflect UV light, and are far superior to paper felts because they can protect a roof for up to six months, which is a real bonus when inclement weather causes unforeseen delays.

Other areas in need of protection are the wooden framework around windows and doors. When the caulking around a window or door frame begins to shrink or crack, water infiltrates into the wall and puddles on the sill, leading to mold or rot. For this reason, we now wrap three out of the four sides of the wooden frames with a rubberized membrane.

Next week, more on wraps. Good building.

As published by the Standard-Freeholder
Handyman's Hints Standard-Freeholder Cornwall Ontario by Chris Emard

How to buy a window

When installing windows, try to avoid the inserts and replace the whole thing. Postmedia Network

Whether you’re replacing an existing window, or buying windows for your future home, the process involved in choosing a type of window, along with the desired finish and depth of frame, is basically the same.

The only difference will be the sizing, whereby a new window going into the space of a window scheduled for termination, will of course have to conform to the existing parameters of this space.

What about insert windows? And are they a viable option? Insert windows are like fast food restaurants, in that they’re seemingly convenient at the time, but a choice you inevitably end up hating yourself for afterwards. An insert window refers more to the install strategy than any actual style of window. Essentially, they’re either a casement, guillotine, or slider type of window with a narrower, 3-1/4 inch frame.

The insert strategy has the contractor removing only the moving parts of the old window, or basically the sash and perhaps a few track moldings, leaving the frame of the old window intact. The replacement, or insert window, is then positioned in this remaining space. The insert strategy is convenient because the narrow, 3-1/4” depth of this unit, permits the installer to set the unit permanently in position with the use of a couple of quarter round moldings, and a tube of caulking. Unfortunately, like a trip through the fast food drive-through, the tummy ache to purchasing an insert window comes shortly afterwards.

Although the insert strategy satisfies the need for new glass panes, it does nothing to remedy the air infiltration issue surrounding the existing window frame, or rectify an often hidden water penetration (most likely causing mold) situation, or fix the general deterioration of the existing framework and interior moldings. Essentially, you’ve replaced an energy loser, that being the existing glass, with another energy loser, that being the new thermal pane, with a very marginal gain in energy-saving performance. Plus, the insert strategy has you basically placing a window inside of another window, which results in a slight forfeiture in natural light, never a good thing.

Finally, although an insert offers the convenience of requiring only a bead of caulking on the exterior to somewhat complete the installation, the old, existing frame often gets left as is, which looks lousy. Or, the old frame gets covered with aluminum, which is effective, and looks slightly less lousy, but has the home basically screaming at each passerby, “Hey! My owner was too cheap to replace my windows properly, so please don’t judge”. Essentially, the insert strategy disappoints.
So, when it comes to replacing an existing window, avoid this quick-fix alternative of an insert, and instead, choose the strategy of complete window replacement. Window style options include the casement (crank-out), guillotine (single or double hung), and horizontal slider. Fourth and fifth options include awning windows, which are basically casement windows that are hinged at the top, as opposed to the sides, and fixed windows, which are inoperable panes of glass that sit in the same, identical frame as your other functioning windows. Fixed windows have a purpose in that they’re more efficient than their working counterparts, and require zero maintenance, due to the lack of moving parts. Plus, and because it’s not necessary that every window in the home be operational, fixed windows offer the option of large, unobstructed viewing. So, don’t dismiss the value of a fixed window.

Awning windows, on the other hand, have limited value because the operating mechanism allows it to open to about 50 per cent of its potential. Plus, with the sash hinged at the top of the window frame, and the crank-out mechanism stretching out from the bottom of the frame in an accordion type manner, escape via an awning window during an emergency type of situation, would be challenging, if not impossible. As a result, its placement in most cases is limited to over the kitchen sink, or some first story bathroom.

Next week, which type of window will best serve most homeowner’s.

Good building.

As published by the Standard-Freeholder
Handyman's Hints Standard-Freeholder Cornwall Ontario by Chris Emard