Free Christian Curriculum Kindergarten through twelfth grade · free to download

First Projects · Unit 6 of 10

Unit 6: Potholders and Kitchen Textiles

10 lessons. Read straight through, or use the answers to check yourself as you go.

Lesson 1

If a man therefore purge himself from these, he shall be a vessel unto honour, sanctified, and meet for the master's use, and prepared unto every good work.

2 Timothy 2:21

What Actually Stops the Heat: Choosing Batting for the Kitchen

A potholder is one of the few things you will sew that can hurt someone if you build it wrong. That is not a reason to be nervous about it. It is a reason to understand, before you cut anything, which part of the stack is actually doing the work.

Paul writes of a vessel "meet for the master's use, and prepared unto every good work." A kitchen textile is exactly that kind of vessel: a plain object whose whole worth is whether it holds up under real use. Pretty is welcome. Fit for use comes first.

The outer fabric is not the insulation

Beginners often go looking for a special heat-proof cloth and are surprised to learn there is no such thing on the quilting-cotton shelf. Ordinary good-quality woven cotton is the right outer fabric for potholders, mitts, and pads. What protects your hand is the middle of the sandwich, not the face of it.

Choose a firm, tightly woven cotton with a little body — quilting cotton, cotton duck, or a heavy cotton-linen blend. Avoid loose weaves that will fray at the binding, and avoid anything with a synthetic content you cannot identify. A poly-blend outer fabric sitting against a hot pan can scorch or glaze where a cotton would only mark.

Natural fiber loft batting, and nothing else

Here is the rule that governs the bulk of the stack. Loft batting — the ordinary fluffy kind sold off the bolt for quilts — must be 100 percent natural fiber, cotton or wool, for anything that touches a hot pan. Polyester quilt batting is made to loft and insulate a bed, and under kitchen heat it can soften, melt, and fuse. Melted synthetic sticks to skin, and a burn from it is far worse than the burn you were trying to prevent. Read the label on the bolt end or the package. If it says polyester, or "poly blend," or you cannot tell, set it aside for a quilt and buy cotton.

The same caution belongs on scrap batting from a friend's bin. Unlabeled loft is not worth the risk on a mitt. Cotton batting is inexpensive, widely stocked, and quilts down flat, which is exactly the behavior you want here.

Insul-Bright and how to stack it

Insul-Bright is a heat-reflective batting made for this purpose: a needled fiber layer carrying a reflective metallized film that turns radiant heat back rather than passing it through. It is the one engineered exception to the rule above. Its fiber and its film are both synthetic, but they are manufactured for this job and behave nothing like the loose synthetic quilt loft that melts. The rule governs the loft layers; Insul-Bright is not one of them. For a flat potholder it is adequate on its own. For anything you will grip — a mitt, a handle cover, a pad you lift a Dutch oven with — sandwich the Insul-Bright between two layers of cotton batting. The cotton gives you thickness and dead air; the reflective layer handles radiant heat. Together they outperform either one alone.

A dependable potholder stack, from the outside in, is: cotton face, cotton batting, Insul-Bright, cotton batting, cotton back. That is five layers at the seam allowance and it drives everything that follows in this unit — needle size, stitch length, presser foot pressure, and how you bind the edge.

I am not going to give you a temperature rating for Insul-Bright, because the manufacturer's own published claims are about reflection rather than a stated limit, and a number I cannot verify is worse than no number. Treat every potholder as something that slows heat, not something that stops it. Set the pan down; do not stand holding it.

Test it before your family uses it

Wet fabric conducts heat fast, so a damp potholder is not a potholder. Keep a dry one at hand and hang the wet one to dry.

When a new potholder comes off the machine, test it yourself. Heat the oven, take out a hot pan, and pay attention to how many seconds pass before you feel warmth coming through. If heat arrives almost at once, the stack is too thin or the batting is wrong. Add a layer of cotton batting and rebuild. Do this test on your own hand before you hand the finished piece to a child or a guest, and before you give it away.

Buying for a first batch

For four 8-inch potholders you will need about a half yard of cotton for the faces and backs together, a quarter yard of Insul-Bright, and a half yard of cotton batting. Buy a little extra of each. Off-cuts of cotton batting become the practice sandwiches you will use in the next several sessions, and you will want them.

Check yourself

  1. Which layer of a potholder actually provides the heat protection?

    1. The outer fabric, if it is heavy enough
    2. The batting in the middle
    3. The thread used at the seams
    4. The bias binding at the edge
    Answer

    B. The batting in the middle

  2. Which fiber content is required for the loft batting layers in a potholder?

    1. Polyester, for its loft
    2. 100 percent natural fiber, cotton or wool
    3. A polyester and cotton blend
    4. Any batting, as long as it is thick
    Answer

    B. 100 percent natural fiber, cotton or wool

  3. Why is ordinary polyester quilt batting dangerous in a potholder?

    1. It absorbs water and steams
    2. It frays badly at the binding
    3. It can soften, melt, and fuse, and melted synthetic sticks to skin
    4. It shrinks more than cotton does
    Answer

    C. It can soften, melt, and fuse, and melted synthetic sticks to skin

  4. How should Insul-Bright be used in an oven mitt you will grip?

    1. Alone, directly against the outer fabric
    2. Sandwiched between two layers of cotton batting
    3. Doubled, with no cotton batting at all
    4. On the outside, so the reflective side faces the pan
    Answer

    B. Sandwiched between two layers of cotton batting

  5. What is the recommended potholder stack, from the outside in?

    1. Cotton face, Insul-Bright, cotton back
    2. Cotton face, polyester batting, cotton back
    3. Cotton face, two layers of Insul-Bright, cotton back
    4. Cotton face, cotton batting, Insul-Bright, cotton batting, cotton back
    Answer

    D. Cotton face, cotton batting, Insul-Bright, cotton batting, cotton back

  6. The verse describes a vessel "meet for the master's use, and prepared unto every good work." How does that shape the way this unit approaches kitchen sewing?

    1. Fitness for real use comes before appearance
    2. Plain objects are not worth sewing carefully
    3. Only ornate work honors God
    4. Kitchen items should be saved and never used
    Answer

    A. Fitness for real use comes before appearance

  7. Why should a damp potholder be set aside and dried?

    1. Wet fabric conducts heat quickly
    2. Wet cotton batting will melt
    3. The binding stitches loosen when wet
    4. Water dissolves the reflective layer
    Answer

    A. Wet fabric conducts heat quickly

  8. What outer fabric is appropriate for potholders?

    1. Only fabric sold as heat-resistant
    2. A loose, open weave so it breathes
    3. A firm, tightly woven cotton such as quilting cotton or cotton duck
    4. A poly-blend sheeting
    Answer

    C. A firm, tightly woven cotton such as quilting cotton or cotton duck

  9. How should a newly finished potholder be tested?

    1. Hand it to a family member and ask how it feels
    2. Hold it over a burner flame
    3. Wash it and check for shrinkage
    4. Use it yourself on a hot pan and notice how long before warmth comes through
    Answer

    D. Use it yourself on a hot pan and notice how long before warmth comes through

  10. How many layers does that recommended stack put under the needle at the seam?

    1. Three
    2. Four
    3. Five
    4. Ten
    Answer

    C. Five

Lesson 2

Prepare thy work without, and make it fit for thyself in the field; and afterwards build thine house.

Proverbs 24:27

Wash It First: Shrinkage, Sizing, and Fabric That Behaves

Almost every ruined kitchen project I have seen came out of the dryer, not off the machine. The seams were fine. The binding was fine. Then the first hot wash pulled the cotton in and left the binding riding loose around a smaller potholder, puckered and wavy, with the quilting lines standing up in ridges. Nothing was sewn wrong. The fabric simply had shrinking still to do.

Solomon's order of operations is the same one your sewing room needs: prepare the work outside first, then build the house. Fabric preparation is the field work. Cutting and stitching is the house.

What shrinkage actually is

Woven fabric is made under tension. The yarns are pulled straight on the loom, and finishing processes hold them there. The first time the cloth is soaked and heated, those yarns relax and crimp back around each other, and the piece gets smaller. Most of that movement happens in the very first wash and dry cycle, which is why one pre-wash does most of the good.

Expect roughly 3 to 5 percent from ordinary cotton and linen. That is about an inch and a half over a yard — enough to shift a binding but not enough to ruin a shirt. Tightly woven cotton duck, the canvas you would choose for an apron or a heavy pad, is the troublemaker: it can lose 8 to 10 percent, closer to three or four inches per yard. An apron cut from unwashed duck comes back from its first laundering noticeably shorter and narrower.

Batting shrinks too. Cotton batting is often sold with the shrinkage described as a feature, since it gives quilts their crinkled look. In a potholder, that crinkle is fine if it happens with everything else at the same time, and a problem if the batting shrinks while the bound edge does not.

Pre-wash the way you will launder

The rule is simple: wash and dry your yardage exactly as you intend to wash and dry the finished item. Kitchen textiles get hot water and a hot dryer, because they get greasy and they need it. So pre-wash them in hot water and dry them hot. If you pre-wash gently and then launder the finished potholder hot, you have only postponed the shrinkage.

Pre-washing does two other useful things. It removes sizing, the starch-like finish added at the mill to make cloth look crisp on the bolt; sizing dulls needles, stiffens the hand, and can leave a faint residue. And it takes out excess dye. Deep reds and indigos in particular give up a surprising amount of color in the first wash, and you do not want that bleeding into a cream-colored binding the first time the potholder meets steam.

Serge or zigzag the cut ends of yardage before washing, or clip a small triangle off each corner. Either one keeps the piece from raveling itself into a tangled rope in the machine.

Measure it, so you know your fabric

Do this once and you will trust your own numbers for years. Cut a square of each fabric you use — cotton, linen, cottolin, duck — and mark it with a ruled square exactly 10 inches by 10 inches, drawn with a permanent marker, one line on the lengthwise grain and one on the crosswise. Wash hot, dry hot, press, then measure between your marks.

Nine and a half inches means 5 percent shrinkage. Nine and a quarter means 7.5 percent. Write the number on the swatch with the fabric name and pin it to the wall by your cutting table. You will find that shrinkage is rarely equal in both directions; length usually goes more than width. That is normal, and knowing it lets you cut with a little extra where it matters.

Press before cutting, always

Wash, dry, then press. A wrinkle is a fold, and a fold is fabric hiding from your ruler. Cutting six potholder squares from a creased piece is how you end up with squares that are not square.

Use a hot iron and steam on cotton and linen; both take it well. Keep your fingers behind the plate rather than in front of it, and set the iron on its heel every time you let go of it. An iron left flat on a board is the most common scorch and the most common fire in a home sewing room.

Check yourself

  1. When does the greatest part of fabric shrinkage occur?

    1. Gradually over the first year of use
    2. In the first wash and dry cycle
    3. Only when a fabric is ironed with steam
    4. After the fabric has been cut into pieces
    Answer

    B. In the first wash and dry cycle

  2. What shrinkage range should you expect from ordinary cotton and linen?

    1. About 3 to 5 percent
    2. Less than 1 percent
    3. About 15 percent
    4. About 20 percent
    Answer

    A. About 3 to 5 percent

  3. Tightly woven cotton duck can shrink by roughly how much?

    1. 1 to 2 percent
    2. 3 to 5 percent
    3. 8 to 10 percent
    4. 25 percent
    Answer

    C. 8 to 10 percent

  4. How should kitchen fabric be pre-washed?

    1. Cold water and line dried, to be gentle
    2. Hand washed only
    3. Not at all, since binding hides shrinkage
    4. Hot water and a hot dryer, matching how the finished item will be laundered
    Answer

    D. Hot water and a hot dryer, matching how the finished item will be laundered

  5. Besides shrinkage, what two things does pre-washing remove?

    1. Grain lines and selvages
    2. Loft and body
    3. Bias stretch and fraying
    4. Sizing and excess dye
    Answer

    D. Sizing and excess dye

  6. Proverbs 24:27 says to prepare the work outside and afterward build the house. Applied to sewing, that means:

    1. Sew the project first and fix problems later
    2. Build the house before the field is ready
    3. Fabric preparation comes before cutting and stitching
    4. Only outdoor work needs preparation
    Answer

    C. Fabric preparation comes before cutting and stitching

  7. In the shrinkage test described, a marked 10-inch square that measures 9.5 inches afterward has shrunk by how much?

    1. 1 percent
    2. 2.5 percent
    3. 5 percent
    4. 10 percent
    Answer

    C. 5 percent

  8. Why finish or clip the cut ends of yardage before pre-washing?

    1. To keep it from raveling into a tangled rope in the machine
    2. To help it shrink more evenly
    3. To keep the dye from running
    4. To mark the lengthwise grain
    Answer

    A. To keep it from raveling into a tangled rope in the machine

  9. Why press fabric before cutting?

    1. Pressing shrinks it further
    2. A crease hides fabric from the ruler and produces pieces that are not square
    3. It sets the dye
    4. It removes the last of the sizing
    Answer

    B. A crease hides fabric from the ruler and produces pieces that are not square

  10. What is sizing?

    1. The measurement of a pattern piece
    2. A starch-like mill finish that makes cloth look crisp on the bolt
    3. A heat-reflective coating on batting
    4. A stitch length setting for heavy fabric
    Answer

    B. A starch-like mill finish that makes cloth look crisp on the bolt

Lesson 3

If the iron be blunt, and he do not whet the edge, then must he put to more strength: but wisdom is profitable to direct.

Ecclesiastes 10:10

Needles and Thread Heavy Enough for Five Layers

A machine that sewed beautifully on a pillowcase can start skipping stitches, snapping thread, and thumping like a hammer the moment you feed it a quilted potholder. Nothing has broken. The needle and thread are simply too light for what you are asking them to do. Ecclesiastes puts it plainly: a blunt tool forces you to put to more strength, and wisdom directs a better way. In sewing, the wisdom is usually a bigger needle.

Read the needle number

Machine needles are marked with two numbers, European and American — 80/12, 90/14, 100/16. The first is the shaft diameter in hundredths of a millimeter; an 80 is 0.8 mm through the blade. The second number is the American equivalent. Larger number, thicker needle, larger eye, stouter point.

For a single layer of linen or a cotton-linen blend, a universal 80/12 or 90/14 is right. For the five-layer potholder stack from earlier in this unit — face, batting, Insul-Bright, batting, back — step up to a 90/14 or 100/16. For apron straps, where you fold heavy cotton duck into four thicknesses, a 100/16 is not too much. A universal needle, with its slightly rounded point, handles all of these wovens well.

What a needle that is too small looks like

Learn to read the symptoms rather than guessing:

  • Skipped stitches. The needle deflects sideways in the dense layers, the hook misses the loop, and you get an inch of stitching with two or three gaps in it. This is the most common sign.
  • Thread breaking or shredding. A small eye in a thick stack grips the thread and abrades it. You will see fuzz on the thread just above the needle before it lets go.
  • A loud punching sound. The needle is being forced rather than piercing.
  • Bent or broken needles. A deflected needle strikes the throat plate, and then you have a burr on the plate too.

Change the needle before you change anything else. A fresh needle of the right size cures most of these on the first seam. Needles are consumables; a dull one after eight or ten hours of stitching behaves like a needle two sizes too small.

Stitch length matters as much as needle size

The default 2.5 mm stitch is set for two layers of dress-weight cloth. Push that setting through five dense layers and you crowd too many needle holes into a compressed, lofty stack. The stitches sink, the seam draws up, and the line looks pinched rather than crisp.

Lengthen to 3.0 to 3.5 mm for multi-layer work. The longer stitch sits on top of the quilting sandwich where you can see it, feeds more smoothly, and is genuinely stronger through thick material because each stitch has room to seat. You will find the difference obvious the first time you sew two identical sample strips at 2.5 and at 3.5.

Thread for the kitchen

Use a good all-purpose polyester thread. Kitchen textiles get hot water, hard detergent, and a hot dryer over and over, and polyester holds its strength and its color through that better than most alternatives. It also has a little give, which keeps a seam from popping when the potholder is squeezed around a pan handle.

What you must not do is reach for a fine machine-embroidery or bobbin-weight thread because the color matched. Lightweight thread breaks when it is pulled through five quilted layers, and it breaks again later at the hanging loop when someone lifts a heavy pan. Match the top and bobbin thread; use the same all-purpose polyester in both.

A ten-minute test that saves an evening

Build a scrap sandwich exactly like your project — same fabrics, same batting, same number of layers — and sew three lines through it: one with an 80/12, one with a 90/14, one with a 100/16, all at 3.5 mm. Feel the resistance at the handwheel on each. Look at the underside for skipped stitches and for loops where the tension could not pull up.

Keep that sample. When you build a mitt with two extra layers next month and the machine starts skipping, you will already know exactly which needle fixed it. And keep a habit of changing needles on a schedule rather than waiting for a break — a needle costs less than an evening.

Check yourself

  1. In the marking 90/14, what does the number 90 describe?

    1. The number of stitches per inch
    2. The needle shaft diameter in hundredths of a millimeter
    3. The maximum thread weight
    4. The number of layers it will sew
    Answer

    B. The needle shaft diameter in hundredths of a millimeter

  2. Which needle sizes are recommended for the five-layer potholder stack?

    1. 60/8 or 70/10
    2. 70/10 or 80/12
    3. 90/14 or 100/16
    4. Any size, if the stitch is long enough
    Answer

    C. 90/14 or 100/16

  3. Which needle size suits a single layer of linen or cotton-linen blend?

    1. 100/16 only
    2. 80/12 or 90/14
    3. 110/18
    4. A ballpoint needle
    Answer

    B. 80/12 or 90/14

  4. What is the most common symptom of a needle that is too small for the layers?

    1. Skipped stitches
    2. Puckered hems
    3. Loose bobbin winding
    4. Fabric shrinkage
    Answer

    A. Skipped stitches

  5. What stitch length is recommended for sewing multiple thick layers?

    1. 1.5 to 2.0 mm
    2. 2.0 to 2.5 mm
    3. 2.5 mm exactly
    4. 3.0 to 3.5 mm
    Answer

    D. 3.0 to 3.5 mm

  6. Why is the standard 2.5 mm stitch a poor choice through five layers?

    1. It uses too little thread
    2. It crowds needle holes into a compressed stack, so stitches sink and the seam draws up
    3. It cannot be sewn with a universal needle
    4. It always breaks the needle
    Answer

    B. It crowds needle holes into a compressed stack, so stitches sink and the seam draws up

  7. Which thread is recommended for kitchen textiles?

    1. Fine machine-embroidery thread
    2. Bobbin-weight thread
    3. All-purpose polyester thread
    4. Hand-quilting thread in the bobbin only
    Answer

    C. All-purpose polyester thread

  8. What happens when thread that is too lightweight is used on thick layers?

    1. The seam puckers but holds
    2. The stitch length changes on its own
    3. The needle bends
    4. It snaps while being pulled through the layers, and later at stress points such as the hanging loop
    Answer

    D. It snaps while being pulled through the layers, and later at stress points such as the hanging loop

  9. Which needle point type is appropriate for the woven fabrics in this unit?

    1. Universal, with a slightly rounded point
    2. Leather wedge point
    3. Ballpoint for knits only
    4. Twin needle
    Answer

    A. Universal, with a slightly rounded point

  10. Ecclesiastes 10:10 says that if the iron is blunt a man must put to more strength. How does that apply here?

    1. Sew faster to get through thick layers
    2. Force the fabric under the presser foot by hand
    3. Forcing a wrong or dull needle wastes effort; choosing the right one is the wiser direction
    4. Use two needles at once
    Answer

    C. Forcing a wrong or dull needle wastes effort; choosing the right one is the wiser direction

Lesson 4

Behold also the ships, which though they be so great, and are driven of fierce winds, yet are they turned about with a very small helm, whithersoever the governor listeth.

James 3:4

Presser Foot Pressure and the Walking Foot

James points at a great ship turned by a very small helm. Your sewing machine has several such helms — small adjustments that govern the whole behavior of the work. Presser foot pressure is one of the least understood of them, and on thick kitchen projects it is the difference between a quilted potholder that feeds sweetly and one that comes out shoved sideways.

What the pressure dial does

The presser foot does not just hold fabric down. It holds fabric against the feed dogs, the little toothed bars that rise, move back, drop, and return under the throat plate. The feed dogs can only pull cloth that is pressed onto them. Too little pressure and they lose their grip; too much and the fabric is clamped so hard it cannot travel.

Many machines have a dial, screw, or lever for this at the top of the presser bar, often numbered or marked with a plus and minus. Some newer machines set it automatically. Some older ones have a large knurled cap on top of the presser bar that you turn down to increase pressure. Find yours before you need it; the manual will name it.

Lower the pressure for thick work — yes, lower

The instinct is backward here, and nearly everyone gets it wrong the first time. Faced with a five-layer sandwich, most people crank the pressure up, reasoning that a thicker stack needs to be held harder. What actually happens is that the compressed layers are pinned in place. The top layer cannot creep forward with the feed dogs, so the bottom layer travels and the top layer does not, and by the end of a 10-inch quilting line the face has shifted a quarter inch past the back.

Lower the pressure instead. A lighter foot skims across the loft rather than crushing it, the whole stack keeps its thickness, and the feed dogs get to move all of it together. On a dial that runs, say, 1 to 4 with 3 as the default, thick quilted work is usually happy around 1 to 2.

Lightweight fabric wants the opposite. A single layer of thin cotton lawn or a slippery lining needs more pressure, not less, or it will flutter and pleat as it goes under.

The walking foot

The other answer to the same problem is a walking foot, sometimes called an even-feed foot. It has its own set of feed dogs on the underside, driven by a fork that rides on the needle bar, so the top of the fabric is being fed at the same rate the machine is feeding the bottom. It is the single most useful accessory for quilted kitchen work, and it makes long quilting lines across a potholder come out straight and shift-free with almost no fuss.

Fit it with the needle at its highest position, hook the fork over the needle clamp screw, and tighten the presser bar screw with the foot squared to the plate. If the fork slips off the clamp, the foot will still hold the fabric but will not walk, and you will hear it clacking; stop and reseat it.

A walking foot has one limitation worth knowing: it is bulky and it does not do tight curves well. For binding around a gently rounded potholder corner it is fine. For anything sharply curved, go back to your regular foot and sew slowly.

Reading the trouble

  • The top layer runs long and hangs over at the end of a seam. Pressure too high, or no walking foot. Lower the pressure, or fit the walking foot, and pin or clip the sandwich at 3-inch intervals.
  • The stack slips and the stitch length goes ragged. Pressure too low for the material. Bring it up a step.
  • A hard ridge where you climb onto a bound edge. The foot is tipping. Slip a folded scrap of the same thickness under the back of the foot to level it before you start stitching, and the first stitches will not bunch.
  • The machine stalls and the handwheel is stiff. You have too much stack under the foot. Trim bulk out of the seam allowance, or take that intersection more slowly, turning the handwheel by hand for the last few stitches.

A sample worth ten minutes

Quilt three identical scrap sandwiches — cotton, cotton batting, cotton — with a straight line down the middle: one at high pressure, one at your default, one at your lowest setting. Trim nothing. Look at where the top layer ends relative to the bottom on each. That two-inch difference between the extremes is the whole point, and once you have seen it in your own hands you will never crank the pressure up on a mitt again.

Check yourself

  1. What does presser foot pressure actually control?

    1. The tension on the top thread
    2. How hard the fabric is held against the feed dogs
    3. The length of each stitch
    4. The speed of the needle
    Answer

    B. How hard the fabric is held against the feed dogs

  2. For thick, multi-layer quilted work, presser foot pressure should be:

    1. Raised, to hold the layers firmly
    2. Left at the default no matter what
    3. Lowered, so the foot skims rather than crushes
    4. Turned off entirely
    Answer

    C. Lowered, so the foot skims rather than crushes

  3. What goes wrong when pressure is set too high on a five-layer sandwich?

    1. The needle breaks immediately
    2. The bobbin thread loops on the underside
    3. The stitch length shortens on its own
    4. The top layer cannot creep forward and ends up shifted past the back
    Answer

    D. The top layer cannot creep forward and ends up shifted past the back

  4. Lightweight, slippery single-layer fabric generally needs:

    1. More pressure than the default
    2. Less pressure than the default
    3. No presser foot at all
    4. A walking foot only
    Answer

    A. More pressure than the default

  5. How does a walking foot work?

    1. It presses harder than a standard foot
    2. It has its own feed dogs driven by a fork riding on the needle bar, feeding the top at the same rate as the bottom
    3. It lifts the fabric off the feed dogs
    4. It replaces the feed dogs beneath the plate
    Answer

    B. It has its own feed dogs driven by a fork riding on the needle bar, feeding the top at the same rate as the bottom

  6. What is a known limitation of the walking foot?

    1. It cannot sew cotton
    2. It requires a 60/8 needle
    3. It is bulky and does not handle tight curves well
    4. It only works at 2.5 mm stitch length
    Answer

    C. It is bulky and does not handle tight curves well

  7. The stack slips under the foot and the stitch length comes out ragged. What is the likely cause?

    1. Pressure is too low for the material
    2. The needle is too large
    3. The thread is polyester
    4. The batting is cotton
    Answer

    A. Pressure is too low for the material

  8. What fixes the bunched stitches that occur where the foot climbs onto a bound edge?

    1. Increase the stitch length to 5 mm
    2. Change to a ballpoint needle
    3. Sew backward over the ridge
    4. Slip a folded scrap of equal thickness under the back of the foot to level it
    Answer

    D. Slip a folded scrap of equal thickness under the back of the foot to level it

  9. What should you do if the machine stalls and the handwheel feels stiff on a thick intersection?

    1. Press the foot pedal harder
    2. Trim bulk out of the seam allowance and turn the handwheel by hand through the last few stitches
    3. Raise the presser foot pressure to the maximum
    4. Switch to a shorter stitch
    Answer

    B. Trim bulk out of the seam allowance and turn the handwheel by hand through the last few stitches

  10. James 3:4 speaks of a great ship turned by a very small helm. In this teaching, what plays the part of the small helm?

    1. The size of the project
    2. The weight of the fabric
    3. A small machine adjustment, such as presser foot pressure, that governs the whole result
    4. The color of the thread
    Answer

    C. A small machine adjustment, such as presser foot pressure, that governs the whole result

Lesson 5

Thus he shewed me: and, behold, the Lord stood upon a wall made by a plumbline, with a plumbline in his hand.

Amos 7:7

Quilting the Sandwich: Marking and Stitching a Grid

A potholder that is not quilted through all its layers will not stay a potholder for long. The batting has nothing holding it in place, so the first hot wash lets it drift, bunch, and beard toward one corner. What comes out of the dryer is a lumpy square with a thin spot in the middle — and the thin spot is exactly where your palm goes.

Quilting fixes that permanently. It is also where a plain kitchen piece gets whatever beauty it is going to have, because the stitching lines are the only visible design on a solid-colored potholder. Amos saw the Lord standing on a wall made by a plumbline, holding the plumbline still. A true line is a small, honest thing, and a grid quilted true is worth the ten minutes it costs to mark it.

Build and baste the sandwich

Cut every layer an inch larger than the finished size — for an 8-inch potholder, cut 9-inch squares of face, batting, Insul-Bright, batting, and back. The extra inch absorbs the draw-up that quilting causes and lets you trim square afterward. Stack them face down, back up, or the other way; what matters is that the two batting layers are innermost against the reflective layer as planned.

Baste with curved safety pins every three inches, or with quilting clips around the edge and two or three pins in the field. Do not use straight pins in a stack you will be sliding across a machine bed; they migrate and they stab. If you prefer thread basting, a long hand stitch in a contrasting color, worked in a large X and around the perimeter, is quick and pulls out easily.

Mark the lines

Use a ruler and a marking tool that will come out: a chalk wheel, a fine silver pencil, or a marker sold as air- or water-erasable. Test any marker on a scrap of the same fabric, wash it out, and make sure it truly leaves. Some blue erasable inks set permanently if pressed with a hot iron before they are rinsed.

For a diagonal grid, draw one line corner to corner, then rule parallel lines on both sides of it, 1 to 1.5 inches apart. A diagonal grid crosses the straight grain everywhere, so it stabilizes the square in every direction and it looks well without fussiness. A straight grid parallel to the edges is easier to stitch accurately and equally acceptable.

Keep the spacing at 1 to 1.5 inches. Wider than about 2 inches and the batting has room to shift again in the wash.

Stitch it

Fit the walking foot, lower the presser foot pressure, load all-purpose polyester thread top and bobbin, set a 90/14 or 100/16 needle, and set the stitch length to 3.0 to 3.5 mm. Start with the center line, not an edge line. Working from the middle out lets the small amount of fullness that quilting pushes ahead of the foot escape toward the edges instead of piling up in the middle as a pleat.

Sew each line in the same direction if you can — all lines toward you, then reposition — rather than alternating up and down. Alternating directions is what produces the faint wavy skew you sometimes see in a hand-quilted grid, because each pass drags the top layer a hair the way it traveled. Backstitch two or three stitches at each end, or shorten the stitch briefly; the ends will be caught in the binding anyway, but a secured end will not unravel while you are handling the piece.

Trim square, and what to do when it is not

After quilting, press the piece flat and trim to the finished size with a rotary cutter and a square ruler. Line the ruler up on your quilting lines rather than on the raw edge — the raw edge has drawn in unevenly and the quilting lines are the truest reference you have. Keep the blade closed the moment it leaves the fabric; a rotary cutter left open on a table is the worst injury waiting in a sewing room, and it does not miss.

If the finished square rocks or cups, the layers were quilted under uneven tension. Steam it hard, flat on the board, and let it cool completely under a weight before you bind it. Most cupping presses right out. If a line wanders badly, unpick it — a wobbly line is visible forever on a solid fabric, and there is no cost to redoing it now.

Check yourself

  1. What happens to an unquilted potholder in the wash?

    1. The binding shrinks away from the edge
    2. The batting drifts and bunches, leaving a thin spot where the palm goes
    3. The outer fabric fades unevenly
    4. The reflective layer stops working
    Answer

    B. The batting drifts and bunches, leaving a thin spot where the palm goes

  2. How much larger than the finished size should the layers be cut?

    1. Exactly the finished size
    2. A quarter inch larger
    3. An inch larger
    4. Three inches larger
    Answer

    C. An inch larger

  3. What basting method is warned against for a stack you will slide across the machine bed?

    1. Curved safety pins
    2. Quilting clips
    3. Hand thread basting
    4. Straight pins
    Answer

    D. Straight pins

  4. What spacing is recommended between quilting lines?

    1. 1 to 1.5 inches
    2. Half an inch
    3. 3 inches
    4. 4 inches
    Answer

    A. 1 to 1.5 inches

  5. Why start quilting with the center line rather than an edge line?

    1. It uses less thread
    2. It keeps the needle cooler
    3. Fullness pushed ahead of the foot can escape toward the edges instead of piling up as a pleat
    4. Edge lines cannot be marked accurately
    Answer

    C. Fullness pushed ahead of the foot can escape toward the edges instead of piling up as a pleat

  6. Amos 7:7 describes the Lord standing on a wall made by a plumbline. How is that image used in this teaching?

    1. Walls should be sewn like quilts
    2. Only builders need straight lines
    3. A true line is a small honest thing, worth the time it takes to mark a grid accurately
    4. Quilting lines should be curved to be interesting
    Answer

    C. A true line is a small honest thing, worth the time it takes to mark a grid accurately

  7. What settings are given for quilting the potholder sandwich?

    1. 70/10 needle, 2.0 mm stitch
    2. 80/12 needle, 2.5 mm stitch
    3. 110/18 needle, 5.0 mm stitch
    4. 90/14 or 100/16 needle, 3.0 to 3.5 mm stitch
    Answer

    D. 90/14 or 100/16 needle, 3.0 to 3.5 mm stitch

  8. When trimming the quilted piece square, what should the ruler be aligned to?

    1. The quilting lines, since the raw edge has drawn in unevenly
    2. The raw edge, which is the true reference
    3. The selvage
    4. The safety pins
    Answer

    A. The quilting lines, since the raw edge has drawn in unevenly

  9. What should be done with a rotary cutter the moment it leaves the fabric?

    1. Set it blade-down on the mat
    2. Hand it to someone else
    3. Close the blade guard
    4. Leave it open for the next cut
    Answer

    C. Close the blade guard

  10. Why should quilting lines be sewn in the same direction where possible?

    1. To save bobbin thread
    2. Alternating directions drags the top layer slightly each pass and produces a faint wavy skew
    3. The machine feeds only one way
    4. It prevents the needle from bending
    Answer

    B. Alternating directions drags the top layer slightly each pass and produces a faint wavy skew

Lesson 6

My substance was not hid from thee, when I was made in secret, and curiously wrought in the lowest parts of the earth.

Psalm 139:15

Binding a Potholder Edge in Two Clean Steps

The binding is the part people touch and the part they judge. A well-bound edge on a plain potholder looks like something bought from a careful maker; a wavy binding with a lumpy join looks homemade in the way nobody wants. It is also the strongest edge treatment there is, which is why it belongs on something that gets grabbed, wrung, and washed hot every week.

The psalmist says he was "curiously wrought" — made with skill and close attention, in the hidden place where no one was watching. That is a fair description of good binding. Nearly all the work is on the back side where the guest never looks.

Why bias, and how much

Bias tape is cut at 45 degrees to the grain, which gives it stretch and lets it travel around a curve or a rounded corner without rippling. Straight-grain strips can bind a straight edge but they fight every corner. For potholders, buy or make double-fold bias tape a half inch wide — meaning the folded tape measures a half inch, with both raw edges already turned in toward a center fold.

One 3-yard package of half-inch double-fold tape will bind about three 8-inch potholders. Budget accordingly, and buy the whole batch at once so the color matches across the set.

Step one: the front

Open out one fold of the tape. Lay the tape on the face of the potholder with its raw edge even with the raw edge of the quilted square, right sides together. Stitch in the crease of that first fold — usually about a quarter inch in — with a 90/14 needle and a 3.0 mm stitch.

Start a few inches in from a corner, not at one, and leave a 3-inch tail unstitched so you have room to join the ends later.

At each corner, stop stitching exactly a quarter inch from the edge and backstitch. Lift the foot, fold the tape straight up so it makes a 45-degree diagonal, then fold it straight back down so the new fold lies even with the next edge. That little tuck is what becomes a mitered corner when the tape is turned to the back. Begin stitching again at the very edge.

To join the ends, trim so they overlap by a half inch, open both folds, and stitch them together, or fold one raw end under a quarter inch and lap the other inside it. Finish the seam over the join.

Step two: the back

Press the tape away from the potholder, then fold it over the raw edge to the back so the remaining folded edge covers your first line of stitching. Clip it in place — binding clips are far better than pins here, because pins cannot get through five quilted layers plus tape without a struggle.

Now either topstitch from the front, riding the seam line so the stitch just catches the folded edge on the back, or hand stitch the fold down with a slip stitch. Machine work is faster, and more than strong enough for a kitchen item washed hot every week. Move slowly and watch the underside; the common failure is the stitch missing the folded edge on the back for an inch or two, leaving a gap that opens in the wash.

Round corners a little before binding if you want an easier job. A gently curved corner takes bias tape smoothly and is a legitimate design choice, not a shortcut to hide.

When it goes wrong

  • The binding ripples along a straight edge. You stretched the bias as you stitched. Bias will happily grow. Feed it without tension, guiding rather than pulling.
  • The binding is tight and cups the potholder. The opposite problem: you eased too much tape into too little edge, or you pulled the potholder as you fed it.
  • The corner is bulky and rounded rather than mitered. The 45-degree fold was not made, or was not folded back flat. Unpick that corner only; it is four inches of stitching.
  • The back stitch line wanders on and off the fold. Cut the tape a hair wider next time, or press the fold-over more accurately before clipping.

Practice on 12-inch scrap strips before you touch a finished potholder. Bind three straight strips and two corners, and the sixth attempt will look like the work of someone who has done it for years.

Check yourself

  1. Why is bias tape cut at 45 degrees to the grain?

    1. To use less fabric
    2. It gives stretch so the tape travels around curves and corners without rippling
    3. It prevents shrinkage
    4. It makes the tape thicker
    Answer

    B. It gives stretch so the tape travels around curves and corners without rippling

  2. How many 8-inch potholders will one 3-yard package of half-inch double-fold bias tape bind?

    1. About one
    2. About two
    3. About three
    4. About eight
    Answer

    C. About three

  3. In the first step of binding, where is the tape stitched?

    1. To the back, along the fold
    2. To the face, raw edges aligned, stitching in the crease of the opened first fold
    3. Down the center of the potholder
    4. Only at the corners
    Answer

    B. To the face, raw edges aligned, stitching in the crease of the opened first fold

  4. At a corner, where do you stop stitching before making the miter fold?

    1. At the very edge of the fabric
    2. Half an inch from the edge
    3. One inch from the edge
    4. A quarter inch from the edge
    Answer

    D. A quarter inch from the edge

  5. Why start the binding a few inches away from a corner?

    1. To leave room to join the tape ends later
    2. So the stitch length stays even
    3. To hide the beginning under a hanging loop
    4. Because corners cannot be sewn first
    Answer

    A. To leave room to join the tape ends later

  6. Why are binding clips preferred over pins at the fold-over stage?

    1. Clips are cheaper
    2. Pins rust in a kitchen
    3. Pins struggle to get through five quilted layers plus tape
    4. Clips hold the bias stretched
    Answer

    C. Pins struggle to get through five quilted layers plus tape

  7. What is the common failure when topstitching the binding down from the front?

    1. The needle breaks at the corners
    2. The stitch misses the folded edge on the back for an inch or two, leaving a gap
    3. The bobbin thread runs out
    4. The tape unfolds entirely
    Answer

    B. The stitch misses the folded edge on the back for an inch or two, leaving a gap

  8. The binding ripples along a straight edge. What caused it?

    1. The tape was cut on the straight grain
    2. The stitch length was too long
    3. The needle was too small
    4. The bias was stretched while stitching
    Answer

    D. The bias was stretched while stitching

  9. What is recommended practice before binding a finished potholder?

    1. Bind 12-inch scrap strips, including corners
    2. Bind an old towel
    3. Skip practice and go slowly
    4. Practice only the hand stitching
    Answer

    A. Bind 12-inch scrap strips, including corners

  10. Psalm 139:15 speaks of being "curiously wrought." How does the teaching connect that phrase to binding?

    1. Binding should look unusual
    2. Skilled, attentive work done where no one is watching — most of the care is on the hidden back side
    3. Curiosity is required to learn sewing
    4. Only hidden seams matter
    Answer

    B. Skilled, attentive work done where no one is watching — most of the care is on the hidden back side

Lesson 7

Nay, much more those members of the body, which seem to be more feeble, are necessary.

1 Corinthians 12:22

Hanging Loops That Do Not Tear Off

The loop is a two-inch scrap of folded tape, the last thing added, and the first thing to fail. Everyone who has sewn potholders for a few years has had one come back from a daughter or a neighbor with a frayed stub where the loop used to be. It is a small part, and Paul's word about the members of the body that seem more feeble being necessary sits well here: the smallest piece in the project carries the load nobody thinks about.

The failure is never mysterious. A loop is stitched through two thin layers of bias tape, then somebody hangs a wet potholder on a hook, then somebody else yanks it down with one finger. The stitches saw through the tape. Build it so the load goes into the body of the potholder, not into the binding alone.

Method one: embed the ends in the binding

This is the standard and the strongest of the simple methods, and it costs you nothing but planning.

Cut a strip of the same half-inch double-fold bias tape 5 inches long. Fold it in half, raw ends together, and stitch the two long open edges closed at about an eighth of an inch, making a flat folded loop. Trim the raw ends even.

Now, before you stitch the binding to the front of the potholder, lay the loop at the corner you have chosen with its raw ends flush with the raw edge of the quilted square and the loop lying inward across the face. Baste it down within the seam allowance. When you stitch the binding on and then fold the binding to the back, the loop's raw ends are permanently locked under two lines of stitching and inside the fold of the tape. Nothing is exposed and nothing can pull free without taking the binding with it.

Fold the loop out to its finished position and topstitch across its base a second time, right through the binding, once the binding is done. That second line is your insurance.

Method two: the diagonal reinforcing square

If you have already bound a potholder and then decided you want a loop, or if you are working with a heavy pad that will lift real weight, back the loop with a fabric triangle.

Cut a 2.5-inch square of your face fabric, press it in half diagonally to make a triangle, and pin it over the chosen corner on the back of the potholder with the folded edge lying across the corner. Tuck the loop's raw ends underneath the folded edge. Stitch the triangle down along its folded edge, then again around its two outer edges, catching the loop ends inside. You now have four extra layers of woven cotton spreading the load across two inches of the potholder body rather than concentrating it on a half inch of binding.

Stitch a small box across the loop base and cross it corner to corner — the familiar box-with-an-X used on bag handles. It is the strongest small anchor you can sew.

Details that matter

Loop length: 4 to 5 inches of tape folded gives you a finished loop of roughly 2 to 2.5 inches, which clears a cabinet knob and most hooks. Longer than that and the potholder swings and gets grimy against the wall.

Needle and stitch: you are now sewing through binding, loop, and the full quilted body, which can be ten layers at the corner. Use a 100/16 needle and a 3.0 mm stitch, go slowly, and finish the last stitches with the handwheel by hand rather than forcing the motor.

Placement: put the loop at a corner, not at the middle of a side. A corner distributes pull along two bound edges.

Checking your work

Hang the finished potholder on a hook and pull down on it firmly with your whole hand — more than a person would ever do in the kitchen. Then look at the base of the loop. If any stitching has shifted or any tape has puckered and started to open, add the reinforcing triangle before the piece leaves your house.

This matters most when you sew for others. A loop that tears at the moment someone is lifting a hot pan puts that pan on the floor or on a foot. Test it under your own hand, in your own kitchen, and give away only what you have already leaned on.

Check yourself

  1. What is the usual cause of a hanging loop failing?

    1. The tape shrinks in the wash
    2. Stitches through only two thin layers of bias tape saw through under repeated pull
    3. The batting shifts and pushes the loop out
    4. The thread was polyester
    Answer

    B. Stitches through only two thin layers of bias tape saw through under repeated pull

  2. In the strongest simple method, when is the loop positioned?

    1. After the binding is completely finished
    2. Before the binding is stitched to the front, with raw ends flush to the raw edge
    3. During quilting, before the layers are basted
    4. After the first wash
    Answer

    B. Before the binding is stitched to the front, with raw ends flush to the raw edge

  3. How long a strip of half-inch double-fold bias tape is cut for the loop?

    1. 2 inches
    2. 3 inches
    3. 12 inches
    4. 5 inches
    Answer

    D. 5 inches

  4. Roughly what finished loop length is recommended?

    1. 2 to 2.5 inches
    2. Half an inch
    3. 4 to 5 inches
    4. 6 inches or more
    Answer

    A. 2 to 2.5 inches

  5. Why not make the loop longer than recommended?

    1. It uses too much tape
    2. It will not fit a cabinet knob
    3. The potholder swings and gets grimy against the wall
    4. The stitching cannot reach the end
    Answer

    C. The potholder swings and gets grimy against the wall

  6. What size square is cut for the diagonal reinforcing triangle?

    1. 1 inch
    2. 2.5 inches
    3. 4 inches
    4. 8 inches
    Answer

    B. 2.5 inches

  7. What stitching pattern is described as the strongest small anchor for a loop base?

    1. A single straight line
    2. A zigzag
    3. A buttonhole stitch
    4. A small box crossed corner to corner
    Answer

    D. A small box crossed corner to corner

  8. What needle and stitch length are recommended for sewing the loop through binding and quilted body?

    1. 70/10 needle, 2.0 mm
    2. 80/12 needle, 2.5 mm
    3. 100/16 needle, 3.0 mm
    4. 90/14 needle, 1.5 mm
    Answer

    C. 100/16 needle, 3.0 mm

  9. Where should the loop be placed, and why?

    1. At a corner, so pull is distributed along two bound edges
    2. At the middle of a side, so it hangs flat
    3. On the face, for appearance
    4. Anywhere; placement does not affect strength
    Answer

    A. At a corner, so pull is distributed along two bound edges

  10. How does 1 Corinthians 12:22 frame the hanging loop in this teaching?

    1. Feeble members should be removed
    2. Only large parts of a project matter
    3. The smallest, seemingly weakest part is necessary and carries a real load
    4. The loop is decorative rather than functional
    Answer

    C. The smallest, seemingly weakest part is necessary and carries a real load

Lesson 8

She seeketh wool, and flax, and worketh willingly with her hands.

Proverbs 31:13

Kitchen Towels and Dishcloths in Cotton and Linen

After the concentration a quilted potholder demands, a stack of kitchen towels is restful work — four straight hems and you are done. They are also the most used textile in the house, which makes them worth doing well. The woman of Proverbs 31 sought wool and flax and worked willingly with her hands; flax is linen, and it remains the finest fiber there is for drying dishes.

Choosing the cloth

Linen is the traditional and still the best choice for a drying towel. It is highly absorbent, it releases moisture quickly so it does not sour, and it leaves no lint on glass. New linen feels stiff and disappointing; it softens with every wash and reaches its best after a dozen launderings. Buy a mid-weight linen, roughly handkerchief-to-shirting weight, not upholstery linen.

Cottolin is a cotton and linen blend — 8/2 cottolin is a common weaving yarn designation you will see on handwoven yardage — combining linen's absorbency with cotton's softness and lower price. It softens and grows more absorbent with washing, and it is durable enough for daily kitchen use.

Cotton in a flour-sack or plain-weave lightweight makes a good all-purpose towel and takes hot water and bleach without complaint. Terry cotton is for hands, not for glassware; it lints.

Avoid anything with polyester in it for drying. Polyester does not absorb; a poly-blend towel pushes water around the plate instead of taking it up.

Pre-wash everything hot, as always. Linen can shrink noticeably, and a towel cut before washing comes back small.

Sizes and cutting

A useful dish towel finishes at about 18 by 26 inches, or roughly 20 inches square if you like a square towel. Add an inch on each side for a double-turned hem: cut 20 by 28 for the first. Dishcloths finish nicely at 10 to 12 inches square; cut 12 to 14.

Cut on the grain. On linen especially, you can pull a single crosswise thread out of the weave and cut along the channel it leaves, which gives you a perfectly on-grain edge no ruler can match. It takes a minute and it is the reason old linen towels hang straight for decades.

The double-turned hem

This is the hem for anything laundered hard. Press a quarter-inch turn to the wrong side along one edge. Press again a half inch, enclosing the raw edge completely. Pin or clip, and stitch about an eighth of an inch from the inner folded edge, using an 80/12 or 90/14 universal needle, all-purpose polyester thread, and a 2.5 to 3.0 mm stitch. Two layers of light cloth do not need the long stitch that quilted work does.

Hem the two long sides first, then the two short ones. Doing it in that order tucks the raw ends of the first hems inside the second pair, so nothing is exposed at the corners and no corner ever frays.

To reduce corner bulk, trim a small diagonal off each corner of the folded allowance before the second pair of hems goes down. Not much — an eighth of an inch — but it keeps the corner from becoming a lump the presser foot has to climb.

Press as you go. A hem that is pressed accurately sews itself; a hem you are fighting to fold under the foot will wander every time. Set the iron on its heel between passes, and keep the cord clear of the edge of the board where a child could catch it.

Fixing the usual problems

  • The hem is wider at one end than the other. You pressed by eye. Mark a quarter inch on a scrap of card and use it as a gauge, or press over a hem guide.
  • The towel hangs crooked after washing. It was cut off grain. Pull a thread next time.
  • Puckering along the hem. Stitch length too short for the cloth, or the fabric was pushed rather than fed. Lengthen to 3.0 mm and let the feed dogs work.
  • The corner is thick and the stitching skips there. Trim the diagonal, and slow down through the intersection.

Six towels from two yards is a good afternoon, and a set of them wrapped with a bar of soap is one of the more welcome gifts you can hand a new neighbor.

Check yourself

  1. Why is linen the traditional choice for a dish-drying towel?

    1. It is the cheapest fiber available
    2. It is absorbent, releases moisture quickly, and leaves no lint on glass
    3. It never needs washing
    4. It resists heat better than cotton
    Answer

    B. It is absorbent, releases moisture quickly, and leaves no lint on glass

  2. What should a sewer expect from new linen?

    1. It is softest when new and stiffens over time
    2. It cannot be machine washed
    3. It feels stiff at first and softens over many washings
    4. It loses absorbency with washing
    Answer

    C. It feels stiff at first and softens over many washings

  3. What is cottolin?

    1. A cotton and polyester blend
    2. A heat-reflective batting
    3. A finishing starch applied at the mill
    4. A cotton and linen blend
    Answer

    D. A cotton and linen blend

  4. Why avoid polyester content in a drying towel?

    1. Polyester does not absorb; it pushes water around instead of taking it up
    2. Polyester shrinks too much
    3. Polyester cannot be hemmed
    4. Polyester lints heavily
    Answer

    A. Polyester does not absorb; it pushes water around instead of taking it up

  5. What finished size is given for a useful dish towel?

    1. 10 by 12 inches
    2. 30 by 40 inches
    3. 8 inches square
    4. About 18 by 26 inches
    Answer

    D. About 18 by 26 inches

  6. What technique gives a perfectly on-grain cut edge on linen?

    1. Cutting along the selvage
    2. Tearing the fabric across the width
    3. Pulling a single crosswise thread and cutting along the channel it leaves
    4. Marking with an erasable pen and a ruler
    Answer

    C. Pulling a single crosswise thread and cutting along the channel it leaves

  7. How is a double-turned hem folded?

    1. A half inch, then a half inch again
    2. A quarter inch, then a half inch enclosing the raw edge
    3. One inch, then a quarter inch
    4. A single quarter-inch turn, then zigzagged
    Answer

    B. A quarter inch, then a half inch enclosing the raw edge

  8. What needle and stitch length suit hemming a light kitchen towel?

    1. 100/16 needle, 4.0 mm
    2. 60/8 needle, 1.5 mm
    3. 80/12 or 90/14 needle, 2.5 to 3.0 mm
    4. 110/18 needle, 5.0 mm
    Answer

    C. 80/12 or 90/14 needle, 2.5 to 3.0 mm

  9. Why hem the two long sides before the two short ones?

    1. It saves thread
    2. The raw ends of the first hems are enclosed inside the second pair, so corners never fray
    3. The short sides shrink more
    4. The machine feeds long edges better
    Answer

    B. The raw ends of the first hems are enclosed inside the second pair, so corners never fray

  10. Proverbs 31:13 says she seeketh wool and flax. What is flax, in the context of this teaching?

    1. The fiber that linen is made from
    2. A finishing treatment for cotton
    3. A kind of batting
    4. A weaving loom
    Answer

    A. The fiber that linen is made from

Lesson 9

The slothful man roasteth not that which he took in hunting: but the substance of a diligent man is precious.

Proverbs 12:27

An Oven Mitt That Fits Your Hand

A mitt is a potholder with a shape and a seam, and everything you have practiced so far — natural fiber batting, a long stitch, a heavy needle, lowered pressure, quilting, binding — comes together in it. The one new demand is fit. A mitt too tight cannot be got on or off in a hurry; a mitt too loose slides when you grip, and a grip that slips on a roasting pan is exactly the moment you cannot afford it.

Proverbs contrasts the slothful man who does not even roast what he took in hunting with the diligent man whose substance is precious. The work between the field and the table is real work. A mitt sewn honestly is part of it.

Drafting your own pattern

Lay your hand flat on a sheet of paper, fingers together, thumb out at a natural angle, and trace around it up to about four inches past the wrist. Then draw a second line a full inch and a half outside the tracing all the way around. That generous margin is not slop — it is the room the five layers of batting and fabric will take up, plus the ease your hand needs to move.

Round every curve. Square inside corners at the thumb crotch are hard to sew, hard to turn, and they wear out first. A smooth curve at the thumb is easier at every stage.

Extend the cuff to a straight edge across the bottom. A mitt about 12 to 13 inches long protects the forearm when you reach to the back of an oven; that length is worth having.

Cut two of the pattern from face fabric, two from backing fabric, and two each of cotton batting, Insul-Bright, cotton batting — remembering that the two halves must be mirror images. Fold your fabric with right sides together and cut both halves at once, or flip the paper pattern for the second cut. Cutting two identical halves instead of a mirrored pair is the classic first mistake, and there is no fixing it afterward.

Building and quilting the halves

Stack each half in the same order as a potholder: face, cotton batting, Insul-Bright, cotton batting, backing. Baste with curved pins and quilt each half separately with a diagonal grid at 1 to 1.5 inch spacing before you join anything. Quilting flat halves is far easier than wrestling an assembled mitt.

Use a 100/16 needle, all-purpose polyester thread, a 3.0 to 3.5 mm stitch, a walking foot, and lowered presser foot pressure. Trim each quilted half back to the pattern line afterward, since quilting will have drawn it in slightly.

Joining and binding

Place the halves with backing sides together — outsides out, not right sides together — and stitch around the curved edge at a half-inch seam allowance, leaving the cuff open. Sewing it this way leaves the seam allowance on the outside, where you will cover it with bias binding instead of trying to turn a ten-layer mitt right side out. Turning a mitt is a losing fight; binding the outside seam is the reliable method.

Trim the seam allowance evenly to a quarter inch, clip small notches into the curve at the thumb so the binding lies flat, and bind the whole curved seam with half-inch double-fold bias tape, the same two-step method as a potholder edge: stitch to one side, fold over, topstitch down. Then bind the cuff edge, and use the tail of that cuff binding as a hanging loop by leaving 5 extra inches, folding it back on itself and stitching it flat.

Fit, test, and correct

Try the mitt on before binding the cuff, when it is still adjustable. Your hand should slide in and out without effort and your fingertips should not press the end.

Test it before anyone else uses it. Heat the oven, take out a hot pan, and count. If heat reaches your palm quickly, add a layer of cotton batting to the next pair and treat this one as a pan-lifter for warm dishes. Never grip with a damp mitt — moisture carries heat straight through, and a wet mitt on a hot handle produces steam against your skin. Keep a dry mitt hanging and let the wet one dry.

Check yourself

  1. How far outside the hand tracing should the second pattern line be drawn?

    1. A quarter inch
    2. Half an inch
    3. An inch and a half
    4. Four inches
    Answer

    C. An inch and a half

  2. Why should the thumb crotch be drawn as a smooth curve?

    1. It uses less fabric
    2. Square inside corners are hard to sew and turn, and wear out first
    3. Curves need no binding
    4. It makes the mitt shorter
    Answer

    B. Square inside corners are hard to sew and turn, and wear out first

  3. What overall mitt length is recommended, and why?

    1. 6 to 7 inches, so it is easy to store
    2. 8 inches, matching a potholder
    3. 12 to 13 inches, to protect the forearm when reaching into an oven
    4. 18 inches, to cover the elbow
    Answer

    C. 12 to 13 inches, to protect the forearm when reaching into an oven

  4. What is the classic cutting mistake when making a mitt?

    1. Cutting on the bias
    2. Cutting the batting too small
    3. Cutting the cuff too straight
    4. Cutting two identical halves instead of a mirrored pair
    Answer

    D. Cutting two identical halves instead of a mirrored pair

  5. When should each mitt half be quilted?

    1. Flat, before the halves are joined
    2. After the halves are sewn together
    3. After binding the cuff
    4. Only along the thumb
    Answer

    A. Flat, before the halves are joined

  6. How are the two halves placed for the joining seam?

    1. Right sides together, then turned right side out
    2. Backing sides together, outsides out
    3. Face sides together, with the batting outside
    4. Overlapped and topstitched
    Answer

    B. Backing sides together, outsides out

  7. Why join the halves that way?

    1. It uses a shorter seam
    2. It hides the quilting lines
    3. It leaves the seam allowance on the outside to be bound, avoiding turning a ten-layer mitt
    4. It lets you skip binding altogether
    Answer

    C. It leaves the seam allowance on the outside to be bound, avoiding turning a ten-layer mitt

  8. What is done at the thumb curve before binding?

    1. The seam is pressed open
    2. Extra batting is added
    3. The curve is stitched twice
    4. Small notches are clipped into the trimmed seam allowance so the binding lies flat
    Answer

    D. Small notches are clipped into the trimmed seam allowance so the binding lies flat

  9. Why should a mitt never be used damp?

    1. Moisture carries heat straight through and produces steam against the skin
    2. The binding shrinks when wet
    3. Wet cotton batting melts
    4. The quilting stitches loosen
    Answer

    A. Moisture carries heat straight through and produces steam against the skin

  10. Proverbs 12:27 contrasts the slothful man with the diligent man. How is that applied here?

    1. Hunting is better than cooking
    2. The work between field and table is real work, and a mitt sewn honestly is part of it
    3. Diligence means sewing quickly
    4. Only difficult projects are worth doing
    Answer

    B. The work between field and table is real work, and a mitt sewn honestly is part of it

Lesson 10

And all the women that were wise hearted did spin with their hands, and brought that which they had spun, both of blue, and of purple, and of scarlet, and of fine linen. And all the women whose heart stirred them up in wisdom spun goats' hair.

Exodus 35:25-26

A Work Apron Built to Outlast the Season

An apron is the last piece in this unit because it uses everything before it and adds three things of its own: straps that must not pull out, pockets that must not sag, and topstitching that both holds the work together and gives it whatever handsomeness it has. Exodus records that the wise-hearted women spun with their own hands and brought what they had spun for the tabernacle work. Plain, ordinary handwork, offered without display, has always been counted worth recording.

That is the spirit an apron belongs to. Make it modest in cut and generous in coverage — full enough at the bib and long enough at the hem to actually protect the clothing underneath. Something well-made and unfussy that a person is glad to put on every morning is a kindness to whoever wears it.

Fabric and cutting

Cotton duck, mid-weight canvas, denim, or a sturdy cotton-linen blend are all right for an apron. Remember the shrinkage numbers: ordinary cotton and linen give up 3 to 5 percent, but tightly woven duck can lose 8 to 10, which over a yard is three to four inches. Pre-wash hot and dry hot, or your finished apron will come back from its first laundering distinctly shorter.

A full-length bib apron for an adult runs roughly 28 to 34 inches from the neck edge to the hem, and 22 to 26 inches wide at the skirt. Measure the person, add 2 inches for hems, and cut generously; an apron that is too small is useless and an apron slightly too large is simply comfortable.

Straps and ties

Cut straps 4 inches wide by the length you need. Press in half lengthwise, open, press both raw edges to the center crease, then fold on the original crease again. You now have a four-layer strap a little under an inch wide with no raw edges anywhere. Topstitch both long edges an eighth of an inch from the fold.

Four layers of duck is a real stack. Use a 90/14 or 100/16 needle, all-purpose polyester thread, and a 3.0 mm stitch. Lower the presser foot pressure so the foot skims the strap instead of pinning it; a strap that will not feed is almost always a pressure problem.

Attach straps with a stitched box crossed corner to corner. That box is the difference between an apron that lasts ten years and one that comes apart at the neck in a season. Sew the box slowly and finish the last stitches with the handwheel if the layers stall the motor.

Pockets that hold up

A patch pocket wants a strong top edge, because that is where a hand and whatever it is carrying pull. Turn the top edge a quarter inch, then a full inch, and stitch it down with two rows of topstitching. Press the other three edges under a half inch, position the pocket, and stitch it on an eighth of an inch from the fold.

Reinforce both top corners. Either backstitch three or four stitches, or sew a small triangle from the top corner inward and back — the triangle is stronger and it looks deliberate. A pocket that tears always tears at those two corners first.

Divide a wide pocket into sections with a vertical line of stitching, backstitched hard at the top. Two narrow compartments hold a paring knife and a pencil far better than one wide pouch that swallows everything.

Topstitching that earns its place

Topstitching is a visible line sewn from the right side, an eighth to a quarter inch from a seam or fold. It flattens seam allowances, adds real strength, and on a plain apron it is the only decoration there is. Keep it consistent: pick a distance, use the edge of the presser foot or a marked line on the throat plate as your guide, and hold to it everywhere on the piece. Consistency reads as skill; a wandering topstitch reads as haste, even when the sewing underneath is sound.

Press every seam before you topstitch it. A pressed seam lies flat and the stitch rides where you put it. And when the apron is finished, wash it once before wearing — it softens, and you will have proved the seams before anyone stands in it over a hot stove.

Check yourself

  1. What shrinkage should be expected from tightly woven cotton duck?

    1. 1 to 2 percent
    2. 3 to 5 percent
    3. 8 to 10 percent
    4. None, if pre-washed cold
    Answer

    C. 8 to 10 percent

  2. What finished length range is given for an adult full-length bib apron?

    1. 16 to 20 inches
    2. 22 to 26 inches
    3. 40 to 44 inches
    4. 28 to 34 inches
    Answer

    D. 28 to 34 inches

  3. How wide are the strap strips cut, before folding?

    1. 1 inch
    2. 2 inches
    3. 4 inches
    4. 8 inches
    Answer

    C. 4 inches

  4. After the fold sequence described, how many layers thick is the finished strap?

    1. Two
    2. Three
    3. Four
    4. Six
    Answer

    C. Four

  5. What stitching pattern is used to attach the straps?

    1. A single line across the strap
    2. A stitched box crossed corner to corner
    3. A zigzag along the edge
    4. A buttonhole
    Answer

    B. A stitched box crossed corner to corner

  6. A four-layer duck strap will not feed under the foot. What is the likely cause?

    1. Presser foot pressure is too high
    2. The stitch length is too long
    3. The thread is too heavy
    4. The needle is too large
    Answer

    A. Presser foot pressure is too high

  7. How is the top edge of a patch pocket finished?

    1. A single quarter-inch turn, zigzagged
    2. Bound with bias tape
    3. Turned a quarter inch, then a full inch, with two rows of topstitching
    4. Left raw and covered by the strap
    Answer

    C. Turned a quarter inch, then a full inch, with two rows of topstitching

  8. Where does a patch pocket tear first?

    1. Along the bottom fold
    2. At the two top corners
    3. Down the center
    4. At the stitching that divides compartments
    Answer

    B. At the two top corners

  9. What distance from a seam or fold defines topstitching?

    1. An eighth to a quarter inch
    2. A half to three quarters of an inch
    3. One full inch
    4. Directly on the seam line
    Answer

    A. An eighth to a quarter inch

  10. Exodus 35:25-26 records the wise-hearted women spinning with their hands for the tabernacle work. How does the teaching apply that?

    1. Only linen work is acceptable
    2. Aprons should be ornate to honor the work
    3. Handwork must be done in public to count
    4. Plain, ordinary handwork offered without display has always been counted worth recording
    Answer

    D. Plain, ordinary handwork offered without display has always been counted worth recording