What makes natural dyeing documentation valuable on Patreon beyond a recipe post?

A recipe post states the dye plant and the mordant. Documentation makes the result reproducible. Valuable natural dyeing Patreon documentation covers: the mordant specification at the percentage-of-weight-of-goods (WOG) level — alum sulfate at 15% WOG for protein fibers, aluminum acetate at 10–15% WOG for cellulose, iron sulfate at 2–4% WOG as a modifier, and so on — because mordant percentage directly determines color depth and tone, not just whether the dye bonds. Dye plant documentation covers the botanical name (not just the common name, since 'goldenrod' encompasses many species with different dye yields), the harvest date or purchase source and lot number, and the plant-to-fiber ratio as a percentage of wet fiber WOG (50% WOG for light to medium depth, 100% WOG for medium to saturated, 200%+ for deep exhaustion). pH documentation at mordanting and dye bath peak captures the shift that changes the color result: black bean dye moves from acidic blue-gray to alkaline green; Japanese indigo from greenish to clear blue with proper pH management. Exhaust notes record whether the dye bath exhausts cleanly across multiple fiber additions or maintains concentration — chamomile exhausts quickly, onion skin maintains dye across 3–4 additions. Together these produce a complete record that another dyer can attempt to reproduce in a different studio and a different season.

What tier structure works for natural dyeing educators on Patreon?

Natural dyeing educators typically structure three tiers: Dyer tier ($12–18/month) provides dye bath documentation per project — plant species, mordant type, WOG percentages for fiber and dye plant, pH readings, and color result photograph on standardized mordanted reference wool. Dye Notes tier ($20–30/month) adds the full mordant specification rationale, exhaust documentation across multiple fiber additions, seasonal variation notes comparing this batch against previous batches from the same plant source, and the creator's working notes on what they would adjust in a subsequent bath. Consultation tier ($45–65/month capped 8–12 patrons) provides direct access for patron dye project diagnosis — a submission protocol is required, covering fiber type and weight, mordant used and percentage, dye plant and WOG ratio, result achieved, and the specific problem to diagnose. The Dye Notes tier retains patrons who are actively dyeing and want the complete record that makes results reproducible; the Consultation tier retains working dyers who are developing their own practice and need expert feedback on specific batches.

Explainers · 2026-06-25 · ~1,400 words

Patreon for natural dyeing creators: tiers, dye bath documentation, mordant records, iOS rates, and the Apple Tax in 2026

Natural dyeing creators on Patreon retain patrons with the documentation layer that process videos and recipe posts cannot carry: mordant records at the WOG percentage level, dye plant harvest and lot documentation, pH readings at key bath stages, and the seasonal variation notes that make results reproducible across a different studio and a different growing season. The natural dyeing audience has moderate-to-high iOS rates across YouTube and Instagram — Apple Tax exposure is meaningful from November 1, 2026.

Creator types and tier structure

Natural dye educators and process creators

Tier structure: Dyer ($12–18/month, dye bath documentation per project with plant species, mordant type and WOG percentages, pH readings, and color result photograph on standardized reference wool), Dye Notes ($20–30/month, full mordant specification rationale, exhaust documentation, seasonal variation comparison, and working notes on adjustments the creator would make in a subsequent bath), Consultation ($45–65/month capped 8–12, direct access for patron dye project diagnosis with required submission protocol).

The mordant record is the first documentation layer that separates a natural dyeing Patreon from a recipe post. A mordant is not a single variable — type, percentage of wet weight of goods, fiber type, and application temperature all determine the final color depth and tone. Alum sulfate at 15% WOG is the standard mordant for protein fibers — wool, silk, and alpaca — producing clear, warm-toned color development with most dye plants. Aluminum acetate at 10–15% WOG is the cellulose fiber equivalent, designed for linen, cotton, and bamboo where alum sulfate binds poorly. Iron sulfate at 2–4% WOG functions as a modifier rather than a primary mordant: it saddens and darkens the base color produced by the dye plant, shifting warm yellows toward olive and khaki, warm oranges toward rust and brown. Chrome alum at 8–12% WOG produces rich, saturated color and excellent lightfastness but requires ventilation and careful handling due to toxicity, and is increasingly replaced by safer mordants in contemporary teaching practice. Copper sulfate at 2–3% WOG as a modifier shifts yellow-based dye results toward blue-green — goldenrod mordanted with copper reads distinctly greener than goldenrod mordanted with alum.

Specifying the mordant percentage at the WOG level is what makes a dye bath record reproducible. "I used alum" tells a patron the mordant type; "15% WOG alum sulfate on 100g wetted Merino wool" tells them the quantity relationship that produced the result in the photograph. These are not equivalent pieces of information.

Dye plant source and harvest documentation

The same plant species produces significantly different colors at different harvest stages. Black-eyed Susan (Rudbeckia hirta) petals picked before seed set produce a warmer, brighter yellow than petals picked at or after seed set, when the plant's chemistry shifts to support seed maturation. Japanese indigo (Persicaria tinctoria) at full leaf growth produces the highest indigotin concentration; pre-flowering growth is typically adequate; post-flowering growth has reduced dye concentration as the plant's energy redirects to seed. A creator who documents the harvest stage alongside the dye result gives patrons a data point they can attempt to replicate.

Botanical name documentation matters because common names are not consistent across regions. "Goldenrod" describes multiple species in the Solidago genus with genuinely different dye yields and color profiles. "Weld" is used for both Reseda luteola (the historical European dye plant) and unrelated plants in different regional traditions. Using the botanical name in dye bath documentation anchors the record to a specific plant with known dye chemistry rather than a vernacular name that may apply to several plants depending on the reader's location. For purchased dye plants, the supplier name and lot number serve the same function, allowing a patron to order from the same source and reduce the plant-to-plant variable.

The dye plant to fiber ratio as a percentage of wet fiber WOG is a documentation variable that most process posts omit entirely. At 50% WOG — 50 grams of dye plant per 100 grams of wetted fiber — most plants produce a light to medium depth of shade. At 100% WOG, the result is medium to saturated. At 200% WOG and above, the dye plant is used in quantity to exhaust its color into the fiber for deep, rich depth of shade. The relationship is not linear: dye concentration, solubility, and the specific plant's dye compound all affect how much of the available color transfers to the fiber. Documenting the ratio per batch, alongside the color result, builds a longitudinal record that patrons can compare against their own results using the same plant.

pH documentation at mordanting and dye bath peak captures a variable that shifts the color result in ways that are not obvious from the dye plant name alone. Black bean dye (from dried black turtle beans) produces a blue-gray at acidic pH and shifts toward green at alkaline pH — a significant color difference that is entirely pH-driven rather than dye-plant-quantity-driven. Japanese indigo produces a clearer, more saturated blue at the correct pH range for the vat type than at incorrect pH. Recording pH with a strip or meter at the beginning and end of each bath — rather than assuming the pH is within range — closes the documentation loop on a variable that affects the result every time.

Seasonal plant variation and the mordant reference skein

The same dye plant from the same garden location produces different colors in different years based on soil conditions, rainfall in the preceding weeks, and the specific harvest date within the season. A creator who documents the dye plant and harvest date consistently creates a longitudinal record that patrons can compare against their own local conditions over time. A goldenrod harvest in a dry August may produce a different depth of shade than a harvest from the same plants in a wet August, even with identical mordanting and WOG ratios. Documenting the variation year to year, rather than presenting each batch as a de-contextualized result, gives patrons the framework to interpret their own variation rather than treating it as a failure.

The mordant reference skein is the practical tool for isolating the batch variable from the fiber variable. A reference skein — 10 grams of standardized Merino wool at 15% alum sulfate WOG, wetted out and dipped simultaneously with the main dye bath — provides a comparison sample that is independent of the specific fiber in the main batch. Because the reference skein is always the same fiber, mordant, and weight, color differences between reference skeins across different batches reflect the dye plant variable alone. Creators who produce reference skeins per batch and photograph them alongside the main fiber build a visual archive that patrons can use to assess whether their own results are consistent with the creator's documentation.

Foraged dye plants vary by location, soil, and microclimate in ways that cultivated plants from seed partially control for. A creator who forages locally and a patron who forages locally in a different region are working with genuinely different plant material, even if the botanical name is identical. The documentation acknowledges this rather than presenting foraged results as universally reproducible — it frames the creator's results as one data point in a range of possible results from the same species across different growing conditions.

Indigo-specific documentation

Creators who work with natural indigo — extracted paste or dried indigotin powder from Indigofera tinctoria or Persicaria tinctoria — document the source, supplier, and percentage indigotin content where available, because indigotin content varies significantly between suppliers and between crop years. The vat type determines both the pH range and the reduction chemistry: a fermentation vat using organic reducing agents (fructose, henna, madder, iron) operates at pH 9–9.5; a sodium hydrosulfite-based alkaline vat operates at pH 10–10.5.

Vat health indicators that experienced dyers read intuitively are documentation subjects for Patreon patrons who are building their own indigo practice. A healthy vat surface shows a golden-bronze metallic sheen (the "flower" of the vat, caused by oxidized indigo at the surface above a reduced interior). A flat gray-green surface indicates over-reduction. Blue color at the surface indicates oxygen contamination. The scratch test — drawing a finger across the surface film of the vat and exposing a fresh surface below — shows a healthy vat's color-shift from yellow-green (reduced indigo below the surface) to blue (oxidized indigo) within 30 seconds as the reduced indigo oxidizes on contact with air. Documenting these indicators per session, rather than only documenting the result on fiber, gives patrons who are managing their own vats the diagnostic language they need to assess vat health before committing fiber to a bath that is not performing correctly.

Apple Tax for natural dyeing creator audiences

Natural dyeing creators have moderate-to-high Apple Tax exposure across platforms. YouTube natural dyeing process content: 55–65% iOS. Instagram and TikTok natural dyeing content: 75–85% iOS — botanical dyeing is visually compelling and performs well in both short-form and story formats. Natural dyeing podcasts and slow-craft content: 65–75% iOS.

In dollar terms: a dye educator at $400/month with 60% iOS faces approximately $72/month ($864/year) in Apple fees beginning November 1, 2026. At $600/month with 65% iOS: approximately $117/month ($1,404/year). Enable Patreon's web-only billing toggle before October 31, 2026. Update YouTube channel descriptions, Instagram bio links, and any links in dye workshop registration confirmations or plant-dye guide PDFs to point to the Patreon web URL. Patrons who subscribe through the web URL do not generate iOS-billed subscriptions regardless of which device they use to visit the link. Verify the complete subscription flow from an iOS device before November 1 to confirm no iOS billing dialog appears.

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