What should mold making creators offer on Patreon?

Mold making creators offer three categories of exclusive content not available from product documentation or video alone. First, Shore A durometer selection rationale for specific applications: Shore A 15–20 silicones are very soft and flexible, allowing demolding of deep undercuts and complex geometries without tearing the casting — appropriate for highly detailed sculpture with significant undercuts, small-diameter protrusions that would tear a stiffer mold, and castings that require the mold to flex substantially during removal; Shore A 25–35 is the standard range for most general mold making applications — firm enough to hold dimensional accuracy across many pours, flexible enough to release without tearing under normal undercut conditions; Shore A 40–50 produces high-precision molds with excellent dimensional stability across many pours, appropriate for flat or low-undercut masters where accuracy matters more than demolding flexibility (prototype tooling, production run molds for flat jewelry pieces, food-safe molds for flat or shallow confectionery forms). Second, platinum inhibition identification and testing: platinum-catalyzed silicones (addition-cure, Tin-free) inhibit in contact with sulfur-containing materials, certain condensation-cure silicones used as sealers, some modeling clays containing sulfur compounds (sulfur-free clay must be specifically verified by brand — many professional clays are sulfur-free but not all), natural latex, and some epoxy formulations. Inhibition produces a silicone surface that remains permanently tacky rather than curing — a waste of expensive silicone product. Testing before pouring: apply a small amount of Part A of the silicone to the master surface or a sample of the same material, cure for the manufacturer's specified time, and peel — if the cured area is clean and releases, the material is safe; if it remains tacky, the surface is inhibiting and must be sealed or a tin-cure silicone used instead. Third, pour sequence and degassing documentation: the specific order of operations that produces bubble-free castings — whether to vacuum degas the mixed silicone before pouring, how to pour in a thin stream from height to allow entrapped air to escape, and what the optimal ambient temperature and humidity are for the working pot life and cure time of each specific silicone product.

How does the Apple Tax affect mold making creator Patreons?

Mold making creator iOS rates cluster in a moderate range because the content attracts both casual discovery viewers on mobile and active practitioners who reference content on desktop or tablet in the workshop. YouTube mold making tutorials: 50–65% iOS. YouTube silicone casting and product tooling content: 40–55% iOS (more desktop-primary from commercial practitioners). Instagram mold making and casting results: 70–80% iOS. A mold making educator at $400/month with 58% iOS faces approximately $69.60/month ($835/year) in Apple fees beginning November 1, 2026. At $600/month with 60% iOS: approximately $108/month ($1,296/year). Enable Patreon's web-only billing toggle before October 31, 2026 and update all platform bios to the Patreon web URL.

How do silicone mold makers structure Patreon tiers?

Silicone mold maker tiers work around technical documentation depth: Studio tier ($8–12/month): project posts, process photographs, Discord, monthly Q&A. Mold Notes tier ($15–20/month): complete mold documentation for each project — master material and preparation (sealing required, release agent used, any surface prep for dimensional accuracy), silicone selection with Shore A rationale specific to this geometry, mixing documentation (mix ratio by weight with verification, degassing protocol including vacuum timing if applicable, pour sequence and technique), cure conditions (temperature, humidity, cure time observed versus manufacturer specification), demolding assessment, and casting material used with release agent selection rationale. Production tier ($25–40/month): Mold Notes access plus detailed production casting documentation — number of castings to dimensional accuracy failure, any maintenance or treatment between pours, and the complete process notes for any resin or wax casting materials used including pot life management, air release technique, and demold timing. The Mold Notes tier produces cumulative value: a patron who has followed the creator's mold documentation across a dozen projects has a reference library of Shore A selections and their rationale across different geometries, inhibition tests for common master materials, and degassing protocols for different silicone products.

What platinum inhibition documentation is valuable for Patreon patrons?

Platinum inhibition documentation covers four areas: inhibiting material identification, testing protocol before pouring, sealing alternatives, and product-level observations from the creator's own experience. Inhibiting material identification: the materials that reliably inhibit platinum-cure silicone are sulfur-containing compounds, which appear in some modeling clays (Roma Plastilina original formula inhibits; Monster Clay original formula inhibits; NSP original formula inhibits — sulfur-free versions exist for each and must be specifically requested or confirmed by brand lot); condensation-cure (tin-cure) silicone cured surfaces (using tin-cure as a sealer on a clay master before pouring platinum-cure over it causes inhibition); natural latex in any form; sulfur-vulcanized rubber; some water-based clay sealers. Testing protocol: Part A only of the silicone applied to a material sample of 2–3 cm, cured for manufacturer-specified time at ambient temperature, peeled — if it releases clean and is fully cured, the material is safe for direct contact. Sealing alternatives when inhibition is detected: shellac (2–4 lb cut) applied in 2–3 thin coats and allowed to fully dry (24 hours) seals most inhibiting surfaces; petroleum jelly (Vaseline) applied as a barrier coat works for some applications but may soften fine details; clear spray lacquer (2–3 coats, fully dried) works for most sulfur-containing clays. Product-level observations: noting by product name and lot which materials tested inhibiting and which tested safe, and what sealing method resolved the inhibition — this creator-curated data is more reliable than general inhibition lists because it documents actual test results rather than theoretical chemistry.

Explainers · 2026-06-25 · ~1,300 words

Patreon for mold making creators: silicone Shore A selection, platinum inhibition, casting documentation, iOS rates, and the Apple Tax in 2026

Mold making creator Patreons retain when they document the material-specific decisions that cannot be recovered from video alone: Shore A selection rationale for this master geometry, inhibition testing results by material and product, and the degassing and pour sequence that produces bubble-free results in a specific studio environment. Mold making audiences span desktop-primary technical practitioners and mobile-primary discovery viewers — Apple Tax exposure begins November 1, 2026.

Creator types and tier structure

Silicone mold makers for resin casting

Tier structure: Studio ($8–12/month, project posts, process photographs, Discord, monthly Q&A), Mold Notes ($15–20/month, full mold documentation — master material and surface preparation, silicone selection with Shore A rationale for this geometry, mixing documentation with degassing protocol, cure conditions observed, demolding assessment, casting material used), Production ($25–40/month, Mold Notes access plus production casting documentation covering casting count to dimensional accuracy failure, maintenance between pours, and full casting material notes including pot life management and release agent selection).

The Mold Notes documentation accumulates into a reference library: a patron who follows twelve projects across different geometry types builds a calibrated understanding of Shore A selection across the geometry space that is not available from any product selector tool or published guide.

Wax and soap mold makers

Tier structure: Maker ($8–12/month, project posts, Discord), Craft Notes ($15–20/month, mold documentation for each product — silicone selection and Shore A rationale for the specific candle or soap form geometry, pour temperature and technique for the casting material, demold timing at ambient temperature, surface release quality assessment), Consultation ($30–50/month capped 8–10, written diagnosis of patron mold problems from submission protocol including form photographs and process description).

Wax and soap mold making has specific material requirements that differ from resin casting: food-safe compliance for soap molds, wax pour temperature effects on silicone degradation over time, and the specific Shore A range that balances easy demolding for tall pillar candle forms against the sag that occurs in very soft silicones when filled with warm wax.

Prop and sculpture mold makers

Tier structure: Workshop ($12–18/month, project posts, Discord, technique posts organized by application), Technical Notes ($20–30/month, complete mold documentation including shell mold construction for large forms, brush-up technique for complex geometries, mother mold construction for supported pour molds), Review ($40–60/month capped 6–8, critique of patron mold problems with detailed technical diagnosis).

Shore A durometer selection documentation

Shore A durometer selection is the most consequential material decision in silicone mold making because it determines the balance between demolding flexibility and dimensional stability across multiple pours. The selection rationale for each project is the documentation that produces patron value because the correct Shore A for a specific geometry cannot be derived from product datasheets alone — it requires understanding the relationship between geometry complexity, undercut depth, and casting material stiffness.

Shore A 15–20 (very soft): appropriate for masters with significant undercuts — areas where the casting material would lock into a stiffer mold and require the mold to flex substantially during demolding. Specific applications: sculptures with thin protrusions (hair, branches, thin fingers) where a stiffer mold would tear or deform the protrusion during demolding; forms with deep blind recesses where the mold must compress to release; rubber-like casting materials (flexible polyurethane, soft wax) that have their own demolding compliance and can use a stiffer mold, but where the master geometry has undercuts that require mold flexibility. Tradeoff: very soft silicone sags when used in open-face pours without a supporting mother mold, reducing dimensional accuracy of the casting top surface.

Shore A 25–35 (standard range): the workhorses of mold making — firm enough to hold dimensional accuracy across 20–50+ pours for most geometries, flexible enough to release normally-undercut forms without tearing. Most decorative resin casting, soap and candle forms without extreme geometry, jewelry models, and flat-to-shallow relief forms fall in this range. Documentation should specify where in the 25–35 range was chosen and what geometric or material property drove the specific selection (a 30A for standard jewelry versus a 35A for higher-production flat rings where dimensional stability matters more than demolding flexibility).

Shore A 40–50 (firm): highest dimensional accuracy for forms without significant undercuts — appropriate for production tooling, flat jewelry or tile forms where accuracy across many pours matters, and two-part molds where the parting line registration is critical. Food-safe silicones for confectionery are often in this range for flat chocolate or fondant molds. Tradeoff: stiffer silicone tears more easily if an undercut is present that was not accounted for in the mold design.

Platinum inhibition: identification, testing, and resolution

Platinum-catalyzed (addition-cure) silicone — the standard for professional mold making due to low shrinkage and long shelf life — inhibits in contact with specific materials, producing a permanently tacky surface rather than a cured one. Inhibited silicone cannot be corrected; the affected batch must be discarded. Documentation of inhibition testing results and sealing solutions is among the highest-value content a mold making creator can produce because it translates specific product-level test results into actionable guidance.

Inhibiting material categories: sulfur-containing modeling clays (original-formula professional clays — test each brand and product line by lot before use; sulfur-free alternatives exist for most but must be confirmed); condensation-cure (tin-cure) silicone cured surfaces (using tin-cure as a sealer coat beneath platinum-cure is inhibiting); natural latex; sulfur-vulcanized rubber; some epoxy formulations; organometallic compounds in some release agents.

Testing protocol: apply a coin-sized amount of Part A only (catalyst) to a sample of the master material or material type at ambient temperature; allow to cure for the manufacturer's specified full cure time; attempt to peel — if it releases clean and fully cured, the material is safe for direct contact with platinum silicone. If it remains tacky after full cure time plus 50%, the material inhibits and must be sealed before pouring.

Sealing approaches: shellac applied as a 2–3 coat brush application (2 lb cut), each coat fully dried before the next, followed by 24 hours before pouring silicone; clear spray lacquer (2–3 thin coats, each fully dried) effective for most sulfur-containing clays; Krylon Crystal Clear or equivalent as a spray sealer with shorter dry time between coats. Document by product name and lot which sealer resolved the inhibition for which master material — this level of specificity is the documentation that distinguishes a creator's notes from a general chemistry guide.

Apple Tax for mold making creator audiences

Mold making creator iOS rates: YouTube tutorial content, 50–65% iOS; YouTube production and commercial mold making, 40–55% iOS; Instagram mold making and casting results, 70–80% iOS. A mold making educator at $400/month with 58% iOS faces approximately $69.60/month ($835/year) in Apple fees beginning November 1, 2026. Enable Patreon's web-only billing toggle before October 31, 2026 and update all platform links to the Patreon web URL.

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.