paper-making
Über
Diese Fähigkeit bietet Anleitungen zum Herstellen von handgeschöpftem Papier mit traditionellen Techniken wie dem Aufschluss von Pflanzenfasern und dem Schöpfen mit Sieb und Rahmen. Sie umfasst den gesamten Prozess von der Faseraufbereitung bis zum Trocknen, einschließlich dekorativer Methoden. Nutzen Sie sie, wenn Sie Anleitungen zur Papierherstellung für Kunst, Buchbinderei oder Bastelprojekte benötigen.
Schnellinstallation
Claude Code
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Dokumentation
Paper Making
Handcraft paper from plant fibres using traditional mould and deckle sheet-forming techniques.
When Use
- Want to make handmade paper for art, stationery, or bookbinding
- Have plant fibres (cotton linters, kozo bark, recycled paper) to process
- Want to create unique textured or embedded paper for special projects
- Teaching or learning traditional paper making as craft practice
Inputs
- Required: Fibre source (cotton linters, recycled paper, kozo bark, or plant stalks)
- Required: Mould and deckle (flat screen frame with removable top frame)
- Required: Vat or tub large enough to submerge the mould (basin, plastic tub)
- Required: Water (generous amounts)
- Optional: Blender for pulping (dedicated to paper making — not for food afterward)
- Optional: Pressing boards and felt sheets (couching felts)
- Optional: Sizing agent (gelatin, methylcellulose, or rice starch)
- Optional: Additives: flower petals, threads, pigments, plant material for embedding
Steps
Step 1: Prepare Fibre
Different fibre sources require different preparation.
Fibre Sources and Preparation:
RECYCLED PAPER (easiest — start here):
1. Tear paper into 1-inch squares (avoid glossy or heavily printed paper)
2. Soak in water for 2-4 hours (overnight is better)
3. Blend in small batches: handful of soaked paper + 2 cups water
4. Blend until smooth with no visible paper chunks (30-60 seconds)
COTTON LINTERS (archival quality):
1. Tear cotton linter sheets into small pieces
2. Soak overnight in warm water
3. Blend to desired consistency:
- Short blend (15s) = textured, chunky paper
- Long blend (60s) = smooth, fine paper
KOZO (Japanese paper — strong, translucent):
1. Strip bark from kozo (paper mulberry) branches
2. Soak in water, then cook in alkaline solution
(wood ash lye or soda ash) for 2-3 hours until soft
3. Rinse thoroughly to remove alkali
4. Beat by hand with a wooden mallet on a flat stone
until fibres separate (do not blend — hand beating
preserves long fibres that give kozo its strength)
PLANT STALKS (experimental — iris, daylily, corn husk):
1. Harvest fibrous stalks after growing season
2. Ret (soak) for 1-2 weeks to soften
3. Cook in alkaline solution for 2-3 hours
4. Rinse and beat by hand
5. Results vary — experiment with fibre length and beating time
Got: Slurry of prepared fibre (pulp) with consistency of thin oatmeal.
If fail: Pulp too chunky? Blend longer. Too thin and watery? Add more fibre. Consistency should coat back of spoon lightly.
Step 2: Prepare Vat
Set up sheet-forming station.
Vat Setup:
1. Fill a vat (plastic tub, basin) with water — deep enough to
fully submerge the mould (at least 4 inches of water)
2. Add prepared pulp to the vat
3. Stir thoroughly — fibres must be evenly suspended, not clumped
4. Pulp-to-water ratio: approximately 1 part pulp to 10-20 parts water
- More pulp = thicker paper
- Less pulp = thinner, more translucent paper
5. Stir before EVERY sheet — fibres settle quickly
Test: dip your hand in the vat. The water should be milky/cloudy
with evenly suspended fibres. If you can see clumps, stir more.
Got: Vat of evenly suspended pulp ready for sheet forming.
If fail: Fibres clump despite stirring? Fibre may be too long. Blend briefly to shorten fibres, re-suspend.
Step 3: Form Sheet
Mould and deckle technique is heart of paper making.
Sheet Forming Protocol:
THE TOOLS:
- Mould: a flat frame with a fine screen (window screen or brass mesh)
- Deckle: a second frame that sits on top of the mould (acts as an edge)
- Together they create a shallow tray that holds the pulp
FORMING:
1. Stir the vat thoroughly
2. Hold the mould screen-side up with the deckle on top, gripping both
3. Dip the mould+deckle into the vat at an angle (far edge first)
4. Level the mould underwater, then lift straight up in one smooth motion
5. As the mould clears the water, shake gently side-to-side and
front-to-back (2-3 shakes each direction) — this interlocks the fibres
6. Hold level and let water drain through the screen (30-60 seconds)
7. Remove the deckle carefully — lift straight up so water does not
drip onto the formed sheet
THE SHAKE:
- The side-to-side and front-to-back shakes are critical
- They interlock fibres in both directions, creating strength
- Without shaking, the sheet tears easily in one direction
- Practice on scrap pulp — the shake is the skill that takes longest to learn
THICKNESS CONTROL:
- Thin paper: less pulp in the vat, faster pull-through
- Thick paper: more pulp, slower pull-through
- Even thickness comes from pulling the mould through the vat
smoothly and leveling before lifting
Got: Wet sheet of paper sitting evenly on mould screen with consistent thickness and no thin spots or holes.
If fail: Sheet has thin spots? Mould wasn't level during lift. Sheet thick on one side? Mould tilted during draining. Practice lift motion: smooth, level, confident.
Step 4: Couch, Press, and Dry
Transfer wet sheet and remove water.
COUCHING (transferring the sheet):
1. Place a damp felt or blanket on a flat surface
2. In one smooth motion, flip the mould face-down onto the felt
3. Press the back of the screen gently with a sponge to release the sheet
4. Lift the mould straight up — the sheet should stay on the felt
5. Place another damp felt on top of the sheet
6. Repeat: form sheet → couch onto felt → cover with felt → form next sheet
Couching stack: felt / sheet / felt / sheet / felt / sheet / felt
PRESSING:
1. Place the couching stack between pressing boards
2. Apply even pressure:
- Screw press (ideal)
- Weight (heavy books, concrete blocks — 20+ kg)
- Stand on it (place boards on floor, step on carefully)
3. Press for 15-30 minutes — water should squeeze out from the sides
4. Replace wet felts with dry ones and press again for best results
DRYING:
Option A — Air dry on boards:
1. Carefully peel each sheet from its felt
2. Place on a smooth board (glass, formica, or MDF)
3. Smooth gently with a damp sponge to remove wrinkles
4. Sheets will dry flat against the board (12-24 hours)
5. Peel gently when dry — edges release first
Option B — Hang dry:
1. Peel sheets from felts and hang on a clothesline with clips
2. Faster drying but produces a wavy, textured surface
3. Suitable for art paper where texture is desired
Option C — Iron dry (fast):
1. Place damp sheet between clean cotton cloths
2. Iron on medium heat until dry (5-10 minutes)
3. Produces a smooth, flat sheet quickly
Got: Finished sheets of handmade paper — dry, flat (if board-dried), with deckled edges and visible fibre texture.
If fail: Sheets tear during couching? Mould was lifted before enough water drained. Let mould drain longer before flipping. Sheets wrinkle during drying? Not pressed firmly enough or drying surface not smooth.
Checks
- Fibre prepared to even, lump-free pulp
- Pulp evenly suspended in vat before each sheet
- Sheet forming included interlocking shake in both directions
- Sheets have consistent thickness without thin spots or holes
- Pressing removed sufficient water before drying
- Finished sheets dry, intact, suitable for intended use
Pitfalls
- Not stirring before each sheet: Fibres settle in seconds. Every sheet needs fresh stir or last sheets will be thin and sparse
- Tearing during couching: Too much water still on mould, or couching motion too slow. Drain longer, flip in one confident motion
- Uneven thickness: Mould wasn't level during lift and drain. Practice motion slowly, focusing on keeping frame horizontal
- Paper too fragile: Fibres may not be beaten enough (too long, too stiff) or sheet may be too thin. Beat longer or use more pulp
- Mould warps when wet: Wooden moulds can warp. Use marine-grade wood or seal with waterproofing. Aluminium frames avoid this issue entirely
See Also
forage-plants— fibre plants can be foraged in wild; understanding plant anatomy helps identify suitable fibre sources
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