Material Archive 02 — Mycelium Protocol

Material

100%

Mycelium biotextile

Gramaje

150–160

g/m² target

Prompt Sets

05

Commercial license

Pages

14

Research document

Platform

Recraft

V3 / V4

GS-MT-01 // BIOTEXTIL DE MICELIO

The fabric
that grows.

Mycelium is the vegetative network of fungi — branching filaments (hyphae) that colonize organic substrates. Cultivated in controlled conditions on agricultural biomass, they form sheets that after thermal pressing and post-treatment produce a structured biotextile.

The GS-MT-01 protocol specifies a uniform microfibrillation process that produces a seamless surface with matte finish and subtle organic veining — no patches, no visible seams, no prototype appearance.

This is not a concept. It is a documented production specification with 12 stages, mechanical testing parameters, and complete technical data sheet.

Type

Unisex T-shirt
Box fit · Mid-sleeve

Thickness

1.2–1.5 mm
Pressed laminate

Durability

≥20,000 cycles
Martindale pilling

Sustainability

Compostable
ISO 14855 · 0% synthetic

Color base

Warm off-white
~#F5F0E8

Transpirability

≥500 g/m²·h
ISO 9237

AI GENERATED OUTPUTS — PRODUCTION REFERENCE

Five complete prompt sets engineered for Recraft V3/V4. Each includes the full prompt text, positive/negative term lists, technical parameters, and documented output. Commercial license — images you generate are yours.

01

PROMPT_SET_01

Realistic Mockup

FLAT-LAY + MANNEQUIN FRONTAL

Photorealistic flat-lay and mannequin views with fabric close-up inset. Studio lighting 45°. Neutral background shallow DOF. 1:1 and 16:9 crops.

realistic image wide-fit T-shirt mid-length sleeves boxy relaxed silhouette seamless uniform micro-fibrous surface no visible seams fine mycelial microfibril structure soft matte finish subtle organic veining faint pearlescent undertone warm off-white F5F0E8

Full prompt included with purchase

02

PROMPT_SET_02

Editorial Japandi

AVANT-GARDE OUTFIT · FULL STYLING

Japanese-Scandinavian japandi aesthetic. Model mid-movement, dim studio. Oversized linen trousers, deconstructed blazer, asymmetric bio-fabric panels. Muted beige palette.

avant-garde editorial fashion photograph Japanese-Scandinavian japandi aesthetic model wearing wide-fit T-shirt mid-length sleeves advanced mycelium textile relaxed boxy silhouette clean asymmetrical hems subtle architectural cut-outs seamless no visible patches mycelium surface smooth matte fine uniform

Full prompt included with purchase

03

PROMPT_SET_03

Technical Isometric

3D RENDER · SPEC SHEET VISUAL

Orthographic clean scene: front + three-quarter. Transparent cut-away revealing internal microfibril structure. 2D pattern layout, seam allowances, production flow icons.

technical isometric 3D render wide-fit T-shirt mid-length sleeves advanced mycelium textile orthographic clean scene transparent cut-away sections revealing internal microfibril structure flat 2D pattern layout seam allowances grain lines mm labels fabric close-up inset seamless mycelium network

Full prompt included with purchase

04

PROMPT_SET_04

Full Body Editorial

MYCELIUM DRESS · INDUSTRIAL INTERIOR

Full-length sculptural gown. Concrete floor, exposed beams. Backlight reveals textile translucency. 50mm f/4. Cinematic muted greens and warm beiges.

editorial full-body photograph model avant-garde mycelium dress full-length shot centered contrapposto industrial interior concrete floor exposed beams soft overhead spotlights single-piece sculptural gown mid-sleeve shoulders high-waist cascading asymmetrical skirt advanced seamless mycelium bio-textile

Full prompt included with purchase

05

PROMPT_SET_05

Close-Up Editorial

MICROFIBRA TEXTURE · MACRO DETAIL

Waist-up off-center. Mycelium extreme surface detail: seamless fine micro-fibrous texture, soft matte finish, subtle organic veining, faint pearlescent warm off-white. Fabric front razor-sharp, background blurred concrete. Directional 45° cinematic light.

editorial fashion close-up photograph model avant-garde mycelium dress industrial interior model waist-up slightly off-center mycelium dress extreme surface detail seamless fine micro-fibrous texture soft matte finish subtle organic veining faint pearlescent warm off-white sculptural fluid folds

Full prompt included with purchase

BIOTECH → PRENDA FINAL

12-stage
protocol.

From fungal strain selection to final labeling — the complete production chain documented as an engineering protocol. Each stage includes temperature, pressure, time, and quality parameters.

FLOW_DIAGRAM_01 // AI GENERATED

STAGE_01

Strain Selection

Fungal strain selection. Colonization speed and fiber density.

STAGE_02

Substrate Prep

Agricultural waste + cellulose. pH 5.5–6.5. Moisture 60–70%.

STAGE_03

Inoculation

Flat trays. 24–28°C. RH 80–90%. 7–14 days.

STAGE_04

Hot Pressing

Hydraulic press. 1–3 MPa. 100–120°C. Thickness 1.2–1.5mm.

STAGE_05

Post-Treatment

Glycerol bath. Plasticizer control. Dimensional stability.

STAGE_06

Surface Inspection

Uniformity check. Seam-free verification. Organic veining QC.

STAGE_07

Bio-Bonding

Thermal welding 140–150°C, 10–20s. Protein-based adhesive.

STAGE_08

Surface Finishing

Fine sanding. Laser micro-perforation. Ø 0.5–1mm underarm panels.

STAGE_09

Quality Testing

Traction, elongation, pilling, abrasion. Min 15 MPa, 20%.

STAGE_10

Final Assembly

Neck + sleeve cut. Tolerance ±1% length, ±2% width.

STAGE_11

Labeling & Packaging

Translucent acetate tag. Compostable packaging. QR traceability.

STAGE_12

Archive Documentation

Full batch record. Prompt library. Production log GS-MT-01.

MATERIAL
ARCHIVE
02

The fabric
that grows.

12-stage
protocol.

The complete
system.

MATERIALARCHIVE 02

The fabricthat grows.

12-stageprotocol.

The completesystem.

MATERIAL
ARCHIVE
02

The fabric
that grows.

12-stage
protocol.

The complete
system.