SEO guides · 2026-07-17

Patreon for rug hooking creators: cut width documentation, wool preparation and dyeing, yardage calculation, and the Apple Tax in 2026

Rug hooking Patreons retain when they document the calibration variables a process video cannot carry: the cut number and its millimeter equivalent for the specific cutter blade used, the wool fiber content and preparation level that affects how a strip pulls through the backing, the dyeing protocol at the acid pH and temperature level that determines whether a color shift is reproducible, and the yardage calculation that tells a patron whether they have enough wool to complete a design before they cut a single strip. Rug hooking audiences are YouTube-primary with growing Instagram and TikTok presence — Apple Tax exposure begins November 1, 2026.

What rug hooking documentation retains Patreon subscribers?

Rug hooking involves pulling loops of cut wool strip or yarn through a grid backing fabric using a crochet-hook-like tool. The tool catches the strip from the back, pulls it up through the backing weave as a loop, and the loop stands upright to form the pile surface. The technique produces a dense, padded surface with the loop pile forming the visible face of the rug. Every variable — how wide the strip is cut, what backing fabric is used, how the wool was prepared, how much yardage is required — must be documented at a specific level for a patron to reproduce a design.

Cut width is the primary calibration variable in rug hooking because it directly controls the texture scale, detail resolution, and yardage consumption of the finished piece. The standard cut numbering system designates cut width in 32nds of an inch, so a higher number means a wider strip. The key cut sizes that kumihimo creators document on Patreon: #3 cut = 3/32″ = 2.4 mm, the finest standard cut, used for portrait work, animal faces, and any design element where precise color transitions at the 2–3 loop level are required; #4 cut = 4/32″ = 1/8″ = 3.2 mm, the most common general-purpose cut, suitable for pictorial designs with moderate detail; #6 cut = 6/32″ = 3/16″ = 4.8 mm, the standard primitive-style cut producing bold color areas and a textured surface with visible loop character; #8 cut = 8/32″ = 1/4″ = 6.4 mm, the bulkiest primitive cut, producing very fast pile coverage but limited color transition ability. Document the cut number, the fractional-inch equivalent, and the millimeter measurement together, because rug hooking documentation in different countries and traditions uses different systems.

Backing fabric selection is the second essential documentation variable. Monk’s cloth (100% cotton, 14 threads per inch, the most widely available backing for hand hooking) has a loose enough weave that a hook passes through easily, but it has some tendency to buckle when hooked on a round hoop rather than a floor frame — document whether the design is intended for a lap hoop, a gripper-strip frame, or a floor frame. Linen (14-count, the traditional backing fabric for fine-cut work) is stiffer and more dimensionally stable than monk’s cloth, making it better suited to patterns where consistent loop height is critical; recommend linen specifically for #3 and #4 cut fine work. Burlap (jute, the historically traditional backing) is not archival — it degrades over time, sheds fibers into the pile surface, and becomes brittle with age — and should be documented with a note about its appropriate use (reproductions and teaching pieces rather than heirloom work). Rug warp (cotton open-weave cloth intended for punchwork as well as hooking) is appropriate for punch needle technique variations and should be documented by its specific thread-per-inch count because it is available in several densities.

Primitive hookers using 100% wool strips cut from recycled garments — coat-weight wools from thrift stores or mill remnants — should document fiber content (100% wool behaves consistently during finishing; blended wool with synthetic content does not full the same way and may shed fibers during use), garment weight (heavy coat-weight wool at 300 g/m² or above produces a firm, dense pile; lighter suiting weight at 150–200 g/m² produces a softer, less durable pile), and whether the fabric was washed and dried before cutting. Pre-shrinking establishes the final fiber dimensions before the strips are cut — a wool fabric that has not been pre-washed may shrink after the finished rug is wet-finished, distorting the pile and puckering the backing. Document the wash protocol: “washed once at 40°C, tumble dried on low until slightly damp, air finished flat.”

Wool preparation, dyeing, and yardage calculation

The dyeing documentation layer is the Patreon content that is structurally absent from most rug hooking tutorial videos: the exact pH, temperature, and timing that produce a specific color, and the mordant protocol that determines whether the color will hold over decades of use. This is the content that converts a free YouTube viewer into a paying patron because it cannot be extracted from visual inspection of a finished piece or inferred from a tutorial that shows the dye going into the pot but does not specify the conditions.

Wool preparation for dyeing begins with a wet-out step: submerge the wool in warm water (approximately 40°C) with a few drops of synthrapol (a neutral detergent that wets protein fibers without altering their dye uptake) for at least 30 minutes. The wet-out step opens the wool fiber scales and ensures even dye penetration — wool that is not fully wetted before entering the dye bath produces uneven, blotchy color. Document the wet-out duration and water temperature alongside the dye protocol.

Acid dyes are the standard dye class for protein fibers (wool and silk) in rug hooking. Acid dyes bond to protein fiber in the presence of an acid at elevated temperature: maintain bath pH at 4–5 using acetic acid (white vinegar at 20–30 mL per liter of water achieves this range) or citric acid (5–10 g per liter), and simmer at 82–88°C for 30 minutes to fully exhaust the dye from the bath into the fiber. Below 80°C the dye does not bond adequately and the color washes out; above 90°C the wool may felt. Document the acid type and concentration, the temperature range measured with a thermometer (not “simmer” alone, which is ambiguous), and the time from reaching temperature to removing the fiber.

Over-dyeing (changing the color of existing dyed wool fabric, a common practice with salvaged wool) follows the same pH and temperature protocol, but the starting color of the fabric modifies the final result. A yellow wool over-dyed with blue acid dye produces green; the exact green depends on the saturation and temperature of both the original yellow and the blue dye application. Document the starting fiber color and the dye concentration used, not just the target color, so patrons who have different starting material can adjust the dye concentration to compensate.

Mordanting with alum (potassium aluminum sulfate) improves the lightfastness of natural dyes on wool. Alum is used at 10–15% weight of fiber (WOF): weigh the dry wool, calculate 10–15% of that weight in grams of alum, dissolve the alum in hot water, add the wet-out wool, and simmer for 45–60 minutes before adding the dye. Document the alum percentage as a fraction of dry fiber weight so patrons can scale the mordant to any batch size. Alum mordanting also slightly brightens and yellows the wool base color; document whether the pieces photographed in a pattern were mordanted or used acid dye directly, because the base color shift affects color mixing.

Casserole method: place wet-out mordanted wool loosely in a covered enamel or stainless-steel roasting pan, pour diluted dye solution over the wool in the concentrations required for the target color, add acid, and bake covered at 150°C for 30–45 minutes. The casserole method produces mottled, variegated color effects because the dye solution moves through the wool by capillary action rather than convection; the result is a natural, uneven color variation well suited to primitive rug hooking. Spot dyeing in the casserole pan (drop concentrated dye in separate spots over the laid-out wool before baking) produces distinct color zones within a single batch. Worm dyeing (fold the wet-out wool into a long rope and coil it in the pan before adding dye) or swirl dyeing (twirl the wool into a coil and add dye from the center outward) produce radial color gradients used for shaded backgrounds and foliage.

Strip cutting for prepared wool: commercial strip cutters (Rigby, Fraser, Townsend) with replaceable blades in specific cut sizes are the standard tool for consistent strip production. Replacement blades are sold by cut number and must match the cutter brand; a Rigby #6 blade is not interchangeable with a Fraser #6 blade. Hand-cutting with a rotary cutter requires a strip-width guide made from a strip of thick paper at the exact cut width; place the guide against the rotary ruler and cut successive strips. Strips cut on the bias (at 45 degrees to the grain of the woven fabric) are more flexible and produce rounder loops; bias-cut strips from woven recycled garments require more yardage per square inch than on-grain strips because the bias stretch reduces the effective loop height. Document the cutting direction (bias or grain) when using recycled woven wool.

Yardage calculation: the amount of wool strip required for a given area of hooked rug depends on the cut width, the loop height, the loops per square inch, and the strip length consumed per loop. A practical guideline for estimating wool requirements: approximately 1/2 pound of wool strips per square foot of finished rug at #6 cut on monk’s cloth with a standard loop height of approximately 3/8 inch. For finer cuts, yardage per square foot increases: at #4 cut, approximately 0.7–0.8 pounds per square foot; at #8 cut, approximately 0.35–0.4 pounds per square foot. Document yardage estimates for the specific design and cut width used in each Patreon pattern, and include the weight of finished wool required alongside the square footage of the design so patrons can calculate their requirements from a kitchen scale rather than a measuring tape.

Apple Tax for rug hooking creator audiences

Rug hooking has a stronger desktop and tablet presence than most craft niches because it attracts an established community of experienced makers who often watch tutorials on a screen propped near their frame rather than on a handheld phone. YouTube rug hooking tutorials: 58–70% iOS, slightly below the craft-content average. Instagram rug hooking photography and work-in-progress posts: 70–80% iOS. TikTok hook-and-loop process content: 68–78% iOS.

Apple Tax at the November 1, 2026 rate: at $150/month with 62% iOS: approximately $27.90/month ($334.80/year). At $250/month with 65% iOS: approximately $48.75/month ($585/year). At $350/month with 72% iOS: approximately $75.60/month ($907.20/year). Enable Patreon’s web-only billing toggle before October 31, 2026, update all social bio links to the Patreon web URL, and verify with a test Safari subscription from iPhone.

KeepTier is a self-hosted membership page for creators who want 100% of their tier revenue and zero Apple Tax. Plans from $9/month.

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