A Detailed Guide To Selecting Quality Lumber For Your Next Woodworking Project

It can be quite a challenge to select the best wood types for woodworking from the hundreds of woods available at a store. It may seem like you will have to spend a lot of money just buying lumber. Today, let us look at how to pick the suitable wood for your woodworking projects.

Whether you are building a musical instrument or a simple chair, selecting the right wood will enhance your DIY project’s beauty, durability, and value.

Woods available for woodworking can be classified at a high level into milled and manufactured woods. Milled woods are sawed directly from tree trunks in lumber mills.

Manufactured or engineered woods are crafted in factories by machines using thin slices of timber or wooden fibers. Common examples include plywood, particleboard, and MDF.

Milled lumber can be further classified as hardwoods and softwoods.

From their names, it may seem that all hardwoods have strong and dense timber, whereas all softwoods have soft and bendable timber. This is mostly the case but not always so. Some hardwoods like Balsa and Aspen are softer than many softwoods.

The classification of hardwood or softwood is simply based on the type of tree the wood is milled from.

Hardwoods vs Softwoods ###############

Hardwoods are milled from deciduous trees that have leaves and produce flowers. Common examples include maple, oak, and cherry.

Hardwoods come in a wide range of colors and textures. Hardwood trees grow slowly and produce dense lumber that usually costs more than softwoods.

Softwoods are produced by coniferous trees, which usually have needles and cones. The lumber from these trees has distinctly visible growth rings due to the contrasting color differences in the earlywood and latewood.

As the lumber from these trees is soft, they are widely used in the construction industry.

The lighter and more porous earlywood absorbs stains in softwoods more easily than the darker and denser latewood. This leads to uneven stain absorption. In hardwoods, stains are more evenly absorbed, and this enhances the grain pattern.

Best Softwoods For Woodworking ###############

Softwood Lumber Grades ###############

Softwoods are classified into seven quality grades based on strength and appearance.

Grade: Select B and BTR (supreme)
Clear appearance and highest quality; minor defects and blemishes. Deal with clear finishes. Not always available; expensive

Grade: C Select (Choice)
High quality; small defects and blemishes

Grade: D Select (quality)
Good quality; defects and blemishes are more pronounced.

Grade: Superior Finish
Highest quality of finish grade lumber; minor defects and blemishes

Grade: Prime Finish
High quality with few defects and blemishes

Grade: No. 1 Common (colonial)
Has limited availability and size ranges; may have small tight knots, making this grade-appropriate if a knotty appearance is desired.

Grade: No. 2 Common (sterling)
Larger, coarser defects and blemishes; are often used where a knotty appearance with a strong character is desired.

Best Hardwoods For Woodworking ###############

Hardwood Lumber Grades ###############

Hardwoods are classified into seven different grades based on the size and clarity of the lumber board’s face. The highest quality grade is FAS (Firsts and Seconds), while the lowest quality grade is 3B Common. The better the lumber grade, the higher will be % of clear cuttings that can be extracted from the board.

Grade: FAS
Allowable board length: 8′ to 16 ‘
Allowable board width: 6″ or wider
Minimum% of clear face cuttings: 83 1/3%
Minimum size of clear cuttings: 3″ x 7′; 4″ x 5′

Grade: SELECT
Allowable board length: 6’ to 16 ‘
Allowable board width: 4″ or wider
Minimum% of clear face cuttings: 83 1/3%
Minimum size of clear cuttings: 3″ x 7′; 4″ x 5′

Grade: NO. 1 COMMON
Allowable board length: 4’ to 16 ‘
Allowable board width: 3″ or wider
Minimum% of clear face cuttings: 66 2/3%
Minimum size of clear cuttings: 3″ x 3′; 4″ x 2′

Grade: NO. 2A & 2B COMMON
Allowable board length: 4’ to 16 ‘
Allowable board width: 3″ or wider
Minimum% of clear face cuttings: 50 %
Minimum size of clear cuttings: 3″ x 2′

Grade: NO. 3A COMMON
Allowable board length: 4’ to 16 ‘
Allowable board width: 3″ or wider
Minimum% of clear face cuttings: 33 1/3 %
Minimum size of clear cuttings: 3″ x 2′

Grade: NO. 3B COMMON
Allowable board length: 4’ to 16 ‘
Allowable board width: 3″ or wider
Minimum% of clear face cuttings: 25 %
Minimum size of clear cuttings: Greater than 1.5 inches wide and 36 square inches

If you are building a simple woodworking project, it is ideal to hand-pick the lumber from different grades based on each board’s role in the project.

Best Methods Of Sawing Logs Into Lumber ###############

The technique that is used to saw a tree log into lumber boards can make a great deal of difference in the strength, quality, and beauty of the wood produced.

Converting a log into lumber requires certain compromises. Most logs are sawn in one of three basic ways.

Through-and-through Sawing
The simplest method squares the log and slices it into boards straight through from one side to the other. This technique, known as through-and-through sawing, results in stock cut tangentially to the annual growth rings.

Plain Sawing
A second method, plain­sawing, is similar, except that the log is rotated as it is cut, and the low-quality pith is set aside for items such as pallets. Plain-sawn lumber is also known as flat­ grained lumber.

Quarter Sawing
The third method, called quarter­sawing or edge-grain sawing, divides the log into four quarters and cuts every board more or less radially. Quarter­ sawn boards have their annual growth rings perpendicular to the face.

This orientation of the growth rings accounts for the dimensional stability of quartersawn boards. Wood shrinks and expands roughly twice as much tangentially to the rings as its does radially. When quartersawn boards swell or shrink, they do so mostly in thickness, which is minimal, whereas a plain-sawn board changes across its width. A dining table made from plain-sawn pine boards, for example, can change as much as an inch in width; a similar table made from quartersawn boards would only swell or shrink by one-third as much.

Advantages Of Plain-Sawn Lumber

Cheaper and easier to obtain
Shrinks and swells less in thickness
Usually comes in a greater variety of widths
Less susceptible to collapse during drying; easier to kiln dry
Figure patterns resulting from the difference between earlywood and latewood in the growth rings are more conspicuous
Has a more interesting figure
Round or oval knots that may occur have less effect on structural integrity
Pockets of pitch extend through fewer boards
Not as susceptible to splitting when nails or screws driven through the face

Advantages Of Quarter-sawn Lumber

More dimensionally stable
Shrinks and swells less across the board
Twists and cups less
Splits and checks less in seasoning and in use
Raised grain caused by the swelling of the earlywood in the growth rings is not as pronounced
Figure due to pronounced rays more conspicuous
Holds finishes better in some species
Sapwood in boards appears at the edges and is
easily cut off
Wears more evenly

Common Lumber Defects And Their Solutions ###############

Most lumber defects adversely affect a board’s appearance, strength, workability, or ability to take a finish. Lumber defects are either natural, man-made, or the result of poor seasoning.

Some imperfections are found in all trees. Natural forces such as fire, wind, fungi, and insects can also cause defects in wood. Several defects occur when the wood is exposed to the air and allowed to dry. Because wood does not shrink uniformly in all dimensions, warping can result when the moisture content of lumber drops below a certain level.

Here are the most common lumber defects and how you can remedy the problem.

Defect: Tight knot
Appears as a whorl that is intergrown with the surrounding wood tissue. Knots form as the girth of the tree increas­ es, gradually enveloping the branches. If the branches are still alive at the time of their envelopment, the knot inte­ grates with the wood in the tree trunk

Solution:
Does not seriously weaken a board; it can be cut out or used as the appearance dictates.

Defect: Loose or dead knot
Appears as a whorl encircled by a dark ring. When a branch dies, the remaining stump is eventually enveloped by the trunk. But the dead stump cannot integrate with the tissue surrounding it, creating a loose or dead knot.

Solution:
Remove knots before working with the lumber

Defect: Gum
An accumulation on the board’s surface or in pock­ets within the board. Usually develops when a tree has suffered an injury, exposure to fire, or insect attack.

Solution:
Do not use where a quality finish is required, as the gum will bleed through most finishes.

Defect: Checks
Lengthwise ruptures or separations in the wood usu­ ally caused by rapid drying. May compromise the strength and appearance of the board.

Solution:
It can be cut off.

Defect: Bow
An end-to-end curve along the face is usually caused by improper storage of lumber. Introduces internal stresses in the wood that make it difficult to cut.

Solution:
Flatten bowed boards on
the jointer, or cut into shorter pieces, then use the jointer.

Defect: Cup
An edge-to-edge curve across the face usually caused when one face of a board dries more quickly than the other. Common on tangentially cut stock, on boards
cut close to the pith, or if one face of a board has less
contact with the air than the other.

Solution:
Cup may correct itself if both faces are allowed to dry to
the same moisture content. Cupped boards can be sal­vaged on the band saw (page
54) or jointer

Defect: Twist
Uneven or irregular warping where one corner is not aligned with the others. Results from uneven drying or a cross-grain pattern that is not parallel to the edge.

Solution:
Board can be salvaged on the jointer or cut into shorter boards.

Defect: Crook
End-to-end curve along the edge, caused by incorrect seasoning or having the pith of a log close to the board edge. Weakens the wood, making it unsuitable for weight-bearing applications.

Solution:
Board can be salvaged on jointer or table saw

Defect: Split
Similar to checks, appearing as separations along the growth rings. Also known as ring check or ring shank. Results from improper drying of wood or felling damage.

Solution:
Board can be used, but split may mar the appearance of the wood, becoming more noticeable when the stain is applied.

Defect: Machine Burn
Appears as a dark streak across the faces or edges of lumber. Occurs when planer knives are dull or spin on one part of the board for too long.

Solution:
Remove machine burn with jointer or sander.

Defect: Blue Stain
Appears as a discoloration of the surface on otherwise normal-looking wood. Results from molds that flourish when lumber is dried or stored in warm, moist, or poorly ventilated conditions. Species like holly and English sycamore are prone to blue stains.

Solution:
Conceal with a dark stain.

Veneers Can Enhance Your Woodwork projects ###############

Veneering can transform a simple cabinet door into a flamboyant burst of color and grain, an unassuming piece of furniture into a seamless work of art.

With veneers, woodworkers are free to create stunning grain patterns with such techniques as book­matching or slip-matching. You can arrange veneers in an array of appealing configurations. You can also take full advantage of such beautiful but unstable cuts as crotch and burl, which are impossible to work on in their solid form.

Once its bark is stripped away, a log can be cut into veneer in one of three ways: saw cutting, rotary cutting, or flat slicing.

Veneers are available in more than 200 varieties, and some are as thin as one-hundredth of an inch.

Plywood Types For Woodworking ###############

The basic design of all plywoods is the same: a core covered on both sides by layers of crossbanding and a face veneer. The most common type has a veneer core.

All softwood plywoods are made this way, and they are stable, warp-resistant, and inexpensive. Hardwood plywoods can also be made with solid lumber or particleboard cores.

The middle ply of lumber-core plywood consists of several narrow strips of solid wood like mahogany, poplar, or basswood edge-glued together.

Particleboard-core plywood has a solid core of particleboard or medium-density fiberboard. Lumber-core plywood holds nails and screws best and is preferable when additional strength and flatness are required.

Advantages of plywood —

It comes in a wide range of standard thicknesses and sizes.
It is dimensionally stable and is unlikely to warp or show signs of checking or splitting.
It is available with just about any commonly available veneer on its faces.
It is easy to cut and is a good choice for almost any design that does not involve intricate joinery, such as dovetails.

PLYWOOD GRADING
The wide array of plywood types available makes choosing the appropriate one for a project more involved than simply selecting a particular thickness. Both hardwood and softwood plywood panels are rated depending on how they should be used and on the appearance of their face and back veneers.

They are also available in one of three grades or durability ratings depending on the glues and veneers used in the construction of the panels. The three hardwood plywood grades are Types I, II, and III.

Type I includes fully waterproof exterior panels.
Type II is interior-grade plywood able to withstand some moisture.
Type III is moisture-resistant interior plywood.

Types II and Ill are your best choices for most cabinetmaking projects.

Softwood plywood comes in exterior, and interior grades and a category called Exposure 1. Exterior-grade and Exposure 1 plywood are usually made with a water­ proof adhesive, creating weatherproof panels that are resistant to moisture.

For most interior applications, woodworkers generally choose Exposure I or interior-grade panels.

Softwood plywood ranges in thickness from 1/4 to 3/4 inch, while hardwood plywood is available from 1/8 to 1 inch thick.

The standard panel size is 4 by 8 feet, but special orders can be placed for larger sheets.

Woodworking With Particleboards ###############

Particleboard or chipboard is a popular choice for carcass backs, drawer bottoms, and concealed panels. Made from blends of wood particles and synthetic adhesive bonded together under intense heat and pressure, composite boards are as strong and as durable as most solid woods and are generally less expensive. They are also more dimensionally stable.

Particleboard is manufactured by two methods: extrusion and mat-forming.

In the less common extrusion process, wood particles and adhesives are forced together through a small, thin opening to form panels. The grain orientation of the particles is perpendicular to the faces of the panels. With mat-forming, the particles and adhesives are squeezed into a mat in a press. With this method, the grain of the fibers is parallel to the panel faces.

Single-layer particleboard features wood particles of uniform size and shape. Multi-layer par­ticleboard has coarser shavings at the core of the panel and finer ones on the outside surfaces. Graded-density particleboard is similar to multi-layer particle­ board but with a more gradual change from coarse to fine particles. Standard particleboard sheets are 4 by 8 feet, although 5-by-10 panels are available; thicknesses range from 1/4 to 2 inches.

Medium-Density Fiberboard or MDF ###############

Fiberboard, or hardboard, is pressed into mats much like particleboard, but because the wood particles are reduced to individual fibers, the result is a thin, hard, and dense sheet with smooth surfaces.

Hardboard comes in three grades: standard, tempered, and service.

Tempered hardboard is harder, heavier, and more water-resistant than the two other types.
Its thicknesses range from 1/12 to 5/16 inches.

Medium-density fiberboard (MDF) features a fine surface texture with faces and edges almost as workable as solid wood. MDF is available in thicknesses from 1/4 to 1 1/4 inches and can be
bought with veneered surfaces.

Mark focal points of your oval and tie a string or thin wire around nails. Normally top of a shelf is above eye level and brackets are hidden, especially with items on shelf. Tap legs to (https://woodcraftdiagrams.com/wine-cabinet-rack-shelf-plans-blueprints) get pipe seated. Notch the front arm supports with a jigsaw to accept the front stringer. Glue and nail shelves in place one at a time, using 3d finish nails. Clamp the tree branch shelf to jig and trace around the branch. Before applying glue to adjoining pieces, stack them so they’re aligned and drive a nail at each end so points just poke through the top piece.

They may dictate where you place standards. Lay out the horizontal panel locations with a framing square. Join two sides (https://www.hgtv.com/design/make-and-celebrate/handmade/how-to-make-modern-wood-wall-art-with-plywood) with top and bottom plates and rim joists. Be sure to drill pilot holes so that you know screws would keep roof in line. In fact there are some bits, including certain raised-panel bits that should only be used in a router table. It’ll be easy to find grit you need, and the ink won’t stain your wood. If you decide to paint chairs instead, use an oil-based primer followed by a semigloss oil-based paint. The tube is guided along edge of a template, allowing you to quickly craft boards to virtually any size or shape.

For an even bead that’s perfectly centered on edge, hold the glue bottle with one hand and spout with other hand. Assemble the outer box with glue and nails. The grit cuts through partially dried thin-set or grout. Use spacers and clamps to hold the slats in place. For former, you’ll need a table saw, a drill driver and a well-tuned plane. Get all detail and tools to make one. Screw on end blocks and bend a spring stick between them. It’s designed so weight would balance nicely over the axle, not on your arms. A quality semi-transparent oil stain will give you a nice, warm wood tone.

That would put your drill at a right angle to door. The back pivots on two dowel tenons allowing one to sit upright to type or slouch at a steeper angle. Tack a piece of molding to the top of the shelf to keep plates from sliding. To avoid stripping screws in plywood and softwoods, switch to a screwdriver for final tightening.

Do you need to build a storage shed in your backyard? You may have run out of space in your garage, or you might have taken up gardening and need a place to store all your equipment.

Before you start searching for storage shed plans and material lists, it is essential to discover what size shed would be best for you. Here are five simple tips that will help you find out how big a shed you really need.

1. What Is Your Construction Budget?

You may want to build a spacious 24×24 garage shed. But considering a minimal cost of even $35 per square foot, it will easily cost you over $20,000! So before you aim for the sky, it is vital to determine exactly how much you can and will spend in building your shed.

Building the shed on your own will be the cheapest option. That will save you on labor costs. If you use quality materials for your shed and do all the construction work yourself, the price will be around $25 per square foot.

You must also consider the time and effort that will be needed to build your shed. A small 8×10 shed can be completed in a weekend. But a 12×16 one can end up taking many weeks of construction, especially if you are new to crafting sheds.

2. What Will You Store in the Shed?

To store multiple large pieces of equipment like ATVs, riding lawn mowers, and a work table, you will need at least a 12×20 shed.

If you want to store only one mower, few bicycles, and some lawn tools, then a 10×16 shed is sufficient for you.

An 8×10 will be enough if all you wish to store are your long-handled lawn tools, a ladder, and your tool chest.

3. How Big Is Your Backyard?

Your dream of having a spacious and large wooden shed may get hampered if the land in your backyard is not suitable.

Just because you have a huge backyard doesn’t necessarily mean that all that land can be used for construction.

There may be underground utility lines that run through your yard. Locating a shed on top of them can be dangerous. All the land in your backyard may not be level. There might be a significant slope in some areas, which makes it unsuitable for locating a shed.

It is also not a good idea to locate your shed close to trees or fences, or power lines. It is best to have a 2 feet clearance all around the shed perimeter.

All these factors can reduce the actual available backyard space on which you can locate the shed. Take this into consideration when deciding the shed dimensions.

4. Are There Community Shed Size Regulations?

Many homeowner associations and local building councils have rules and regulations about the maximum size of the shed that can be built on a property. There may also be rules for how far the shed needs to be from your home and how far it needs to be from property lines.

These regulations can restrict the size of the shed you can build. Bigger sheds also usually need a building permit. Do you want to go through the extra expense and effort of getting a permit?

Visit your local building council and find out all the conditions and codes that apply to your shed. This will prevent any future frustrations.

5. Can Your Shed Usage Needs Change In Future?

Today you may only want to use your shed to store your gear, but tomorrow your needs may change significantly. It is best to build a shed that has enough room to accommodate possible future needs.

There is no point in building a shed that will quickly fill up and leave you looking for more space elsewhere. Plan a few years into the future.

Would you like to turn the shed into a workshop a few years down the line? Or maybe you would like to use it as a guest room or office space.

You could also have much bigger equipment to store in the future than you have right now. All these factors will influence the shed dimensions that will be ideal for you and serve you the longest.

You may be tempted to feed your dog table scraps during dinner. It is quite natural to share a piece of your meal any time your canine begs. But some human foods can be quite dangerous for your pooch.

Some people foods can upset your dog’s stomach, while some others can cause lethal symptoms. Every responsible dog parent should know which foods are good for dogs and which are harmful to them.

Knowing the impact of various foods on your canine’s body can save you from having to rush your pooch to the vet. Here are seven people foods that are bad for your dog.

Pickles
Pickles are made by soaking cucumbers in a salty brine. The high sodium content of the brine makes it extremely unhealthy for dogs.

Even if a dog eats just two or three pickles, the excessive salt in it can lead to sodium poisoning. Common symptoms of sodium poisoning include vomiting, diarrhea, extreme thirst, increased body temperature, and seizures.

Other ingredients like vinegar, onion, garlic, pepper, and spices can also be present in the pickle brine. These are all toxic for a dog and can lead to further health complications.

Spicy Peppers
While humans enjoy the spicy taste of peppers, the capsaicin present in them can inflame the tissues in your dog’s intestines. Dog’s do not have the necessary taste buds that can allow them to experience the spiciness of peppers. So a dog cannot enjoy the taste of pepper.

Eating a lot of spicy foods will aggravate your pooch’s stomach and can lead to vomiting, diarrhea, gas, and abdominal pain. Prolonged feeding of spicy foods can also lead to pancreatic inflammation.

Walnuts
Walnuts contain a lot of fat. Feeding fresh walnuts as a rare treat might be fine, but feeding it too often can lead to fat deposits in your dog’s pancreas. Smaller sized dogs can also choke on walnuts if they are fed whole.

Old walnuts that have mold growing on them are lethal for dogs. The fungus in the mold produces mycotoxins that are very dangerous for your pooch.

These toxins can cause seizures, tremors, and abnormal heart rate in your canine. You must take your dog to the vet immediately if he shows any of these symptoms after eating walnuts.

Grapes and Raisins
Eating grapes and raisins can be very harmful to dogs. If your dog is of a smaller size, then feeding even a handful of grapes can quickly become deadly.

Grapes and raisins damage your canine’s kidney and eventually cause kidney failure. Common symptoms of grape poisoning include vomiting, dehydration, lethargy, and shivering.

If you have a large breed dog, he may not display any symptoms after consuming a few grapes, but this does not mean that it is fine to keep feeding it to him. Over time the damage to your canine’s kidneys will build up. It is recommended to contact your vet as soon as possible if your dog eats grapes.

Many baked goods can have raisins in them, so be careful when feeding any baked treats to your dog.

Caffeine
Caffeine is present in tea, coffee, sports drinks, and various diet pills. Eating any of these can be harmful to your fur-baby.

Caffeine can cause symptoms like increased heartbeat, restlessness, seizures, and tremors in dogs. While drinking a few laps of your tea or coffee may not be immediately dangerous, coffee grounds and tea bags are particularly toxic. They contain a high concentration of caffeine and must be kept away from your pup.

If your dog displays any symptoms, it best to take him to the vet immediately.

Raw Yeast Dough
A dog’s stomach provides the ideal conditions for the fermentation of dough. During fermentation, the dough expands, and ethanol is produced. The expansion of dough can block your canine’s stomach and lead to choking, whereas ethanol is highly toxic for dogs. This makes eating raw yeast dough extremely dangerous for your canine.

As the dough ferments and releases more and more ethanol, the dog may experience symptoms of ethanol poisoning like disorientation, lethargy, fall in body temperature and seizures. Over time, the dog may fall into a coma-like state. It is best to never let your pooch near raw yeast dough.

Nutmeg
The rich aroma of nutmeg can attract any dog, but keep it away from your pooch. Many baked goods like cookies and cakes contain nutmeg.

It is the compound Myristicin present in nutmeg that makes it poisonous to dogs. Eating foods with nutmeg can trigger symptoms like elevated heart rate, hallucinations, abdominal pain, and diarrhea in your canine.

Being aware of foods that are harmful to your dog will help keep your dog healthy. And remember that any dog should get 90 percent of its daily nutrition from kibble. Only 10 percent should come from treats.