A Night in a Traditional Japanese Paper Workshop

Transcript

Chapter 1: The Road to the Workshop

The wider road is left behind almost without ceremony. A small vehicle turns between two low stone walls, follows a narrow lane for a little while, and then comes gently to rest. From here, the journey continues on foot.

The lane is dark and damp beneath the evening sky. Fallen leaves lie flat against the earth, their edges softened by mist. Bare branches reach over the path, fine as lines drawn with a brush. Beyond them, the hills are visible only as deeper shapes within the darkness.

This might be a lane in any of several Japanese papermaking regions. The workshop ahead does not belong to one precise village. It is a quiet composite, informed by practices found in Mino, Sekishū, Echizen, Tosa, and Ogawa with neighboring Higashi-Chichibu.

Each place has its own history, materials, habits, and vocabulary. Even workshops in the same valley may prepare fiber differently, adapt their tools in different ways, or arrange the working day according to local needs.

Tonight, those varied traditions meet along one peaceful road.

The air carries the clean chill of the colder season. Each breath appears for a moment, then fades. Somewhere below the lane, water moves over stones. The stream cannot yet be seen, but its course can be followed by sound. There is a low current, a pause behind a rock, and then a faint, silvery rush.

Water has always mattered deeply to papermaking. It washes bark, carries loosened fiber, fills the papermaking vat, and slowly leaves the finished sheet during pressing and drying. Rural workshops have often benefited from clean water, land where useful plants could be grown, and cool seasonal conditions.

Not every workshop, however, stands directly beside a river. Water may arrive through a channel, a spring, a well, or a modern pipe. What matters is not the picturesque setting, but a dependable supply of water suited to the work.

The lane curves beside a small field resting for the season. Its furrows are dark and still.

Winter was historically favorable for paper production in many communities. Agricultural work could be lighter, allowing households to turn their attention toward another kind of labor. Freshly prepared plant fiber spoiled more slowly in the cold. And a plant-derived substance used later in the papermaking vat remained useful for longer in cool water.

That substance will appear in its proper time. For now, it is enough to notice the season. Cold earth. Clear water. Patient work continuing after sunset.

A few windows glow among the houses ahead. Most are softly shaded. One, farther along the lane, shines more brightly through wooden slats.

That is the workshop.

Working into the evening is part of this workshop’s particular schedule, and tonight is a special production night. Traditional papermaking is not always done after dark. In many places, the work belongs mainly to daylight hours. Here, however, several stages have been arranged to continue through the night, taking advantage of the cool conditions and the shared availability of the artisans.

The paper made inside is called *washi*. The word is often translated simply as Japanese paper, though it does not describe one standardized material.

Washi may be delicate or firm, translucent or dense. It may be smooth enough for fine printing, or richly textured for art and design. It may be made by hand, but machine-made Japanese papers can also be called washi. Its fibers may come from kōzo, the paper mulberry, or from mitsumata and gampi. Some papers contain imported bast fibers, meaning the strong fibers beneath a plant’s outer bark. Others include wood pulp or carefully chosen blends.

The term *washi* became especially useful in the modern era, when Japanese paper was distinguished from *yōshi*, or Western-style paper. Even so, the boundary is not a simple one between old and new. Washi is better understood as a broad and somewhat fluid field of materials, methods, and purposes, changing from region to region and from one generation to the next.

As the workshop draws closer, the long history of paper seems to travel beside the stream.

Papermaking knowledge reached Japan through continental East Asia by approximately the seventh century. During the Nara period, from 710 to 794, demand grew for Buddhist sutras, government records, census papers, and other administrative documents. Papermaking developed in different provinces rather than remaining in a single center.

Some sheets have carried evidence of that work across more than thirteen centuries. Surviving census papers from Mino, dated to 701 or 702, show that regional papermaking was already highly developed by the early eighth century.

Those pages were not created merely to become relics. They once belonged to the practical world of names, land, duties, accounts, and decisions. Their long endurance began with something simple: plant fibers dispersed in water, gathered together, and formed into a thin, coherent surface.

Yet the craft has never remained entirely unchanged. Tools have been adapted. Fibers have come from different sources. Workshops have responded to new markets, machines, chemical processes, artistic uses, and conservation needs. Tradition here is not something frozen in the past. It is knowledge carried forward through countless practical choices, made again and again by working hands.

At the end of the lane, the sound of the stream is joined by another sound. A quiet wooden knock comes from within the building, followed by the low murmur of voices.

The workshop has a tiled roof and walls of dark timber. Near one corner, a narrow water channel passes beneath a stone cover. A pale thread of steam rises from a vent, curls once in the cold air, and disappears into the night.

The final few steps cross flat stones polished by weather. Beneath the eaves, the air is still. A faint line of lamplight traces the frame of the closed door.

For a moment, everything rests.

Then the latch lifts.

The door slides open, and a warmer glow reaches across the threshold. Cold night air meets a gentle breath of damp wood, steam, and clean water.

Inside, the work is waiting.

Chapter 2: Inside the Quiet Workroom

Crossing the threshold, you enter a room shaped by water and work. The floorboards are darkened with moisture, and lamplight rests across them in long, muted reflections. Near the doorway, outdoor shoes are set aside so that mud and grit will not travel farther into the workshop. The air is warmer than the lane, though a cool current still moves close to the floor, carrying the clean scent of water.

For a moment, the room seems almost still. Then its many quiet sounds begin to separate.

Water slips through a hose into a tub. A pump gives a low, steady hum. Cloth brushes against an apron. Somewhere near the far wall, droplets fall from the lower edge of a screen.

Tick. Pause. Tick.

The workshop is arranged not for display, but for use. Each object stands near the task it serves, and each task leads naturally to the next. The arrangement may differ in another region, or even in the next workshop along the road. Here, everything has found its place through habit and practical need.

Closest to the washing area are broad tubs and shallow basins. Some are wooden, their rims softened by years of handling. Others are lined with durable modern material or made from stainless steel. Clear water fills one shallow basin, and beneath its surface rest pale strands of prepared fiber. Under the electric lights, they drift whenever the water is disturbed, rising and settling like fine grasses in a gentle current.

Beside the basin lie small knives, scraping boards, and simple hand tools. Their forms are plain and purposeful. A blade removes what should not remain. A board supports bark while it is cleaned. A shallow vessel gives the hands room to inspect each strand. None of the tools appears elaborate, yet the quality of the finished paper depends upon how patiently and carefully they are used.

Farther inside stands a heavy wooden surface marked by repeated blows. Several wooden mallets rest nearby. They are used to beat softened fiber, loosening and separating it while preserving the useful length of the strands. In another part of the room, a powered beater can assist with this labor. Its metal casing and electrical cord may seem to belong to a different world from the wooden mallets, but both serve the continuing needs of the craft.

Handmade paper does not mean that every operation must be completed without mechanical assistance. Pumps move water. Hoses simplify washing and rinsing. Electric lamps make small impurities easier to see. Refrigerators may preserve materials that need to be kept cool, and powered beaters can reduce physical strain.

Old tools and newer equipment stand comfortably beside one another. The craft continues not by refusing every adaptation, but by understanding which choices protect the character and quality of the paper. Skilled hands still guide the material, judge its condition, and respond to small changes that no fixed routine can entirely predict.

At the center of the room is the papermaking vat. Its broad surface is large enough to receive a rectangular mould. The water within carries a faint cloudiness, although the fiber has not yet been fully mixed for the next stage of work. A comb-like stirring tool rests across one side. Later, it will pass through the water to distribute the fibers, helping to prevent them from gathering in heavy clumps.

Above the vat, cords descend from a beam. They support part of the weight of the papermaking frame, helping the maker lift, dip, and rock it with controlled, fluid movements. Some workshops use cords or counterweights to reduce physical strain. Others rely on arrangements suited to their own tools and working methods.

The mould itself includes a frame and a flexible screen. Water will pass through the screen while the fibers remain behind, gathering gradually into a thin, even layer. For now, the mould waits above the vat. A few lingering drops collect at its lower edge and fall at measured intervals.

Tick. Pause. Tick.

Nearby, broad brushes hang neatly with their bristles pointing downward. Drying boards lean against a wall in an orderly row, their surfaces clean and smooth. Beyond them stands a heated metal drying surface, another practical part of the workshop. Depending on local practice, damp sheets may be dried on boards, on heated metal, or through another carefully managed system. No single room contains every method used in handmade Japanese papermaking. This workshop is one working arrangement among many.

A press stands close to the drying area. Its purpose is visible even before it is explained. A heavy upper surface can descend evenly upon whatever is placed beneath it. Stacks of newly formed sheets will be pressed so that water leaves them gradually. Afterward, the damp sheets can be separated and taken to the drying surfaces, one at a time.

Several artisans move quietly between the stations. Their conversation is low and practical. One checks the water. Another rinses a vessel. Someone wipes a tool before returning it to its place. They work near one another without hurry, each movement fitting into the settled order of the room.

The people involved in papermaking vary as much as the workshops themselves. Work may be divided among family members, employees, trainees, growers, fiber processors, specialist toolmakers, cooperatives, and preservation associations. Some workshops involve many people. Others are maintained by only one or two. Responsibilities follow skill, circumstance, and local custom. There is no single pattern shared by every place.

Across all the workstations, however, cleanliness remains essential. In a thick material, a tiny speck may disappear. In a thin sheet of pale paper, it may remain clearly visible.

A hair, a splinter, a dark fragment of bark, an insect, a particle of rust, or a grain of dust can become fixed among the fibers. The floor is therefore rinsed. Basins are checked. Tools are washed, and exposed surfaces are wiped clean. Even the water must be watched. Cleanliness here is not ceremonial. It is a practical part of making a clear, consistent sheet.

The room is not silent, nor does it need to be. It holds the soft working sounds of water, wood, voices, pumps, and occasional machinery. Yet the sounds rarely compete. They settle into a steady rhythm, quiet enough that the dripping screen can still be heard.

Beyond the vat, on a shelf protected from splashing water, pale bundles are stacked beside strips and rolls of bark. Under the warm electric light, their colors range from cream to soft ivory, with occasional lines of brown. They seem modest beside the larger equipment, yet everything in the room depends upon them.

The tubs, knives, boards, mallets, vat, mould, press, brushes, and drying surfaces all wait upon these quiet plant fibers.

Before paper can fill the workshop, it must first grow beneath the open sky.

Chapter 3: The Plants That Become Paper

On the shelf, the bundles seem modest. Some are loosely coiled, while others have been folded into pale, narrow lengths. They carry little of the green color of living plants. At first glance, they might be mistaken for dried ribbon, or for thin shavings of wood.

Yet each bundle began as part of a shrub or small tree, growing beneath the open sky through rain, heat, wind, and changing light.

Traditional handmade washi is generally made from bast fiber. Bast is the tough, flexible layer lying just beneath a plant’s outer bark. Once this fibrous layer has been separated and carefully prepared, its pale strands can be dispersed in water and joined together in a sheet.

The three best-known plants used for this purpose are kōzo, mitsumata, and gampi. These craft names are often more useful here than precise scientific names. Cultivated varieties, hybrids, and regional species can make exact identification complicated, and botanical sources do not always agree. For the papermaker, the way a plant behaves beneath the hand may matter more than the label assigned to it.

Nearest the lamplight rests a bundle of kōzo, commonly called paper mulberry.

In the field, kōzo often appears as a cluster of straight shoots rising from a cut base. Cultivators regularly cut the plant back, encouraging fresh stems to grow long and relatively even. Through spring and summer, leaves spread along those upright shoots. After the leaves fall, commonly in late autumn or winter, the stems can be harvested.

Bundles of bare stems are tied together and carried from fields or hillsides. When the long lengths touch, they make a light, hollow sound. By the time they reach the workshop shelf, their season of green growth has ended, but the useful fibers remain.

Kōzo is valued for its long bast fibers. They are often around a centimeter in length, though the exact measurement varies with the plant and its preparation. In a finished sheet, those fibers cross and overlap in many directions. They form a delicate web, allowing paper to remain flexible and strong even when it is remarkably thin.

Strength does not mean that all kōzo paper feels alike. One sheet may be soft and gently cloudy, with visible strands drifting through it. Another may be crisp and translucent, admitting a quiet glow. The result depends not only on the plant, but also on the many choices that follow: cleaning, cooking, beating, mixing, and forming the sheet.

Beside the kōzo rests a finer bundle of mitsumata.

The living plant is recognized by its repeated three-way branching. Its name describes this pattern. *Mitsu* means three, and *mata* means fork or branch. At the end of a stem, three new branches divide and continue, creating a form that seems quietly measured.

Mitsumata is commonly harvested on a longer cycle than kōzo, often after about three years. Its fibers are shorter and finer than those of kōzo. Properly prepared, they can produce papers that are smooth and dense, soft beneath the fingers, or marked by a restrained and subtle luster.

Mitsumata has long been associated with Japanese banknote paper. Modern banknote manufacture, however, is a specialized industrial process. Its methods and requirements should not be equated with the work of a small traditional workshop. The association simply points toward some of the qualities for which mitsumata has been valued: its fine fibers, its smooth formation, and its distinctive surface.

Farther along the shelf lies a smaller quantity of gampi.

Unlike the straight cultivated shoots of kōzo, or the clearly branching pattern of mitsumata, gampi draws attention through its fine bark and the difficulty of obtaining it. Gampi is a shrub, often gathered from wild growth in places where it occurs. It can be difficult to cultivate, and its supply may be limited. For that reason, the fiber is often scarce and may be expensive.

Paper made from gampi is frequently smooth, crisp, translucent, and naturally lustrous. Its color may carry a faint warmth, closer to cream or eggshell than to a cold white. Under lamplight, a fine gampi sheet can seem to hold a soft brightness within its surface.

Yet gampi is not universally better, just as kōzo or mitsumata is not best for every purpose. The choice depends on the paper being made, the available material, regional practice, and the knowledge held within the workshop. Each plant offers different possibilities.

No single fiber defines all washi.

Even within one kind of plant, there is variation. Soil, weather, harvest timing, stem age, and storage can all influence the material that eventually reaches the vat. Human hands shape its course as well. The plants are cut and tended, harvested and bundled, sorted and selected, long before a finished sheet begins to appear.

Here in the workroom, those months of growth have been gathered into quiet bundles. The straight shoots of kōzo, the three-forked branches of mitsumata, and the fine bark of gampi are now dry beneath the fingers. Their colors are subdued. Their surfaces seem plain and ordinary.

But beneath the darker outer bark, each stem conceals its pale bast fiber.

For now, that fiber remains held close within the plant. Heat will help reveal it. Water will cleanse it. Patient hands will scrape, trim, inspect, and separate what is useful from what must be removed.

Until then, the dry bark rests beneath the warm lamp, carrying within it the first faint shape of paper.

Chapter 4: Steaming, Stripping, and Preparing the Bark

The bundles beneath the lamp have already passed through several patient hands. Their journey did not begin tonight, and it will not be completed before morning. Traditional papermaking follows the pace of plants, water, weather, and careful work. Some stages take place outdoors. Some happen in a shed beside the workshop. Others belong in this warm room. Days or even weeks may separate one task from the next.

An artisan lifts a length of prepared kōzo bark and turns it slowly in the light. It is flexible now, though the harvested stem was once straight and firm, with bark held tightly around a woody core.

After the harvest, stems of kōzo or mitsumata are cut into lengths that will fit inside a steaming vessel. They are gathered into bundles, placed carefully within the vessel, and covered. For several hours, steam rises around them. The equipment differs from one workshop to another. A vessel may be wooden or metal, old or relatively modern. Whatever its construction, its purpose is the same. The steam softens the stems and loosens the bark from the wood beneath.

This is hot work, approached with steady attention. Lids, steam, and heated surfaces are handled with suitable tools and protection. The calm movements of experienced workers do not make the heat harmless. Instead, they show how familiarity and caution can exist together.

When the steaming is complete, the bundles are removed and allowed to cool until they are safe to handle. While the stems remain warm and flexible, their bark can be pulled away. A hand finds the loosened edge near one end. Then comes a long, even movement.

Grip and pull.

Turn the stem.

Grip and pull again.

The bark leaves the core in a narrow strip, sometimes nearly as long as the stem itself. Beneath it, the pale wood appears smooth and bare. The bark needed for paper is gathered into soft, curling lengths.

Mitsumata can be treated in a similar way, although its branching stems require their own handling. Gampi may be prepared differently. Depending on local practice and harvesting conditions, its bark can be stripped without the same steaming procedure commonly used for kōzo and mitsumata.

As in so many parts of washi making, the material helps guide the method. There is no single sequence followed in precisely the same way by every workshop.

Once it has been stripped, the bark may be dried for storage. This allows the harvest to be preserved and the work to continue according to the needs and schedule of the workshop. The bark before us tonight was prepared earlier. Some pieces were steamed and stripped in another space, then dried, bundled, and carried into the workroom when they were needed.

Near the wall, several lengths have been returned to water. Soaking softens the dry bark and makes it supple again. The pieces bend rather than crack, and their layers become easier to distinguish. An artisan draws one from the basin and lays it across a low work surface.

The outer bark is dark and uneven. For most fine, pale papers, this outer layer must be removed. With a small scraping knife, the artisan begins working along the softened strip.

Draw the blade.

Turn the bark.

Rinse the surface.

The knife moves away from the fingers, and the work continues without haste. Dark fragments gather near the edge of the table. Beneath them lies a green intermediate layer. Beneath that is the pale inner bast fiber from which the paper will be made.

For many kinds of washi, the green layer is scraped away as well. What remains is often called white bark. The name refers to cleaned inner bark. It does not mean that the fiber is necessarily a brilliant white.

Under the lamp, the cleaned bark appears warm ivory, pale cream, or softly yellow. Its color changes slightly as it moves between water and light. Natural fibers carry gentle variations. Later preparation may lessen some of them, but does not always erase them entirely.

Not every paper requires the same degree of cleaning. Some traditions deliberately retain part of the green layer. Sekishū-banshi is known for a method that can preserve a layer removed in many other papermaking traditions. This contributes to the paper’s particular strength and appearance. What one workshop removes may be intentionally retained by another.

The tools and cleaning methods also vary. Bark may be scraped with small knives or rubbed by hand. It may be washed in flowing water, exposed to sunlight, or treated through other regional practices. In some snowy places, snow and light may assist the whitening process. Each method reflects local conditions, available water, the qualities desired in the finished sheet, and knowledge carried through generations of work.

Older descriptions sometimes linger over hands working in cold streams during winter. Cool, clean water has long been important to papermaking, but discomfort is not proof of authenticity. Skill lies in understanding the fiber and performing each task well, not in enduring unnecessary suffering. Workshops may use channels, basins, gloves, tools, and other practical adaptations while preserving the principles important to the paper.

At the basin, another strip is rinsed. It moves through the water like a pale ribbon. The artisan feels along its length, notices a rough place, and returns it to the work surface.

Pull and inspect.

Scrape and rinse.

Turn and soak.

Again, the blade passes gently over the softened bark. A small dark mark is lifted away. The strip is rinsed once more, and the water carries the loose fragment toward the side of the basin.

The movements repeat with quiet precision. There is no need to hurry. Every strip has its own irregularities, and every surface must be read by eye and fingertips. A knot may require another stroke. A darker edge may need trimming. A thin place may need only careful handling.

Little by little, the protective layers of the plant are removed. What remains is soft, pale inner bark, still held together in long strips. Within those strips lies a slender network of bast fibers. They are cleaner now, though they are not yet ready to drift separately through the papermaking vat.

Another prepared length is placed beside the first. Then another. The damp strips rest in loose folds, their surfaces gleaming beneath the lamplight. Seen together, they no longer resemble the dark stems brought in from the field. Yet they do not resemble paper either. They remain between forms, carrying the structure of the plant while awaiting their next transformation.

The finished strips are lowered into fresh water. They sink slowly, bending into quiet curves beneath the surface. A hand presses them down until they are fully covered, then withdraws. Small ripples travel across the basin and fade against its sides.

The bark will rest here and continue to soften. Later, it will be lifted, rinsed, and prepared for cooking in an alkaline solution. That careful process will loosen the non-fibrous material that still binds the useful fibers together. The pale strands will begin to separate, though their length and strength must be preserved.

For now, the cleaned bark waits in the water.

Above it, the lamplight trembles with the smallest movement of the basin. Below, the softened strips lie quiet and pliant, ready for the next stage of their slow journey toward paper.

Chapter 5: Washing and Cooking the Fibers

The cleaned bark remains beneath the water, folded into pale, loose bundles. A few small air bubbles cling to the fibers along the edges of the basin. When an artisan reaches in and gently turns the bark, the bubbles rise and disappear.

Soaking allows water to enter the strips evenly. It also carries away dust and other material loosened during scraping. The bark is lifted, rinsed, and lowered once more. Fresh water passes between the layers, reaching places the eye cannot easily see.

Water may appear to be the simplest material in papermaking, yet its quality matters at almost every stage. Depending on the workshop and its location, water may come from a river, a spring, mountain runoff, a well, or a filtered municipal supply. No source is perfect merely because it sounds natural. Even clear winter water may contain minerals, fine sediment, dirt, or other impurities.

Mineral deposits can collect on equipment or affect the surface of the finished paper. Dirt may leave discoloration. Residual alkali and other contaminants can influence both the appearance of a sheet and the way it ages.

For this reason, papermakers come to know their water closely. They notice its clarity, its seasonal changes, and the way it behaves with different fibers. Water does more than wash the bark. Before the work is finished, it will carry, separate, and arrange nearly every strand within a sheet.

Beside the rinsing area stands a cooking vessel. Its form varies from one workshop to another. Some are heated by older furnaces. Others are part of more modern systems that allow closer control of temperature. Tonight, the covered vessel releases a faint thread of steam. The room around it is warm, though the floor near the washing basin remains cool.

The bark will be cooked in an alkaline solution. The alkali helps loosen or break down the natural materials surrounding the useful cellulose fibers. These include pectins, gums, lignin, and other non-fibrous plant matter.

The bark is not melted. Instead, the materials holding its fibers together are gradually loosened, allowing the long bast fibers to separate more readily.

Filtered lye made from wood ash is one traditional alkali. Although it comes from familiar natural materials, it is still a chemical preparation. Traditional craft does not mean chemical-free. It depends upon a careful understanding of useful chemical changes.

Many workshops use soda ash, also called sodium carbonate. Some production methods use stronger substances, including caustic soda, especially when working with imported fibers or meeting particular production needs. Strong alkalis can harm the skin and eyes, so they must be handled with appropriate care. Here, the vessel, tools, and working space are arranged so that the solution can be managed steadily and safely.

Nothing is hurried.

The soaked bark is placed into the cooking bath. At first, the bundles retain much of their earlier shape. Steam gathers beneath the lid. There is a quiet movement within the vessel, but no violent boiling. Heat and alkalinity are given time to work through the strips.

Then comes a long interval in which little seems to happen.

The vessel remains covered. A wisp of steam escapes and fades beneath the rafters. An artisan checks the heat, then steps away. Somewhere nearby, water runs briefly into a basin. Wooden floorboards answer a passing footstep. Outside, winter darkness rests against the workshop walls.

Within the vessel, however, the bark is slowly changing.

There is no single cooking time suitable for every batch. Kōzo, mitsumata, and gampi do not behave in precisely the same way. The thickness and condition of the bark matter. So do the temperature of the bath, the strength of the alkali, and the way the fiber was stored or prepared.

Experience guides the process. The artisan looks for bark that has become pliable and separates readily when tested. If it is undercooked, unwanted plant material remains difficult to remove, and the fibers resist separation. If the cooking is too harsh or continues too long, the useful strands may be weakened.

The aim is softness without destruction. The fiber should yield, but it should not collapse into formless pulp.

When the lid is raised, warm vapor moves through the lamplight. The bark has lost much of its stiffness. A tested strip bends easily, and its pale layers part beneath the fingers. What once formed the firm inner covering of a living stem now resembles a soft network of threads.

Cooking is not the end of this stage. Spent alkali and the impurities released from the bark remain among the fibers. They must be washed away thoroughly.

The cooked material is carried back to clean water and lowered slowly into a basin. The first rinse clouds around it. The water takes on a faint tint as alkali, dissolved gums, and loosened plant matter leave the bundles. The fibers are turned and opened so that fresh water can enter their inner folds.

The rinse is repeated.

Water enters. Water carries away. Water is renewed.

Cool weather historically offered practical help by slowing the spoilage of wet plant material during its long preparation. Yet winter water is not automatically pure. Coldness cannot remove mineral deposits, sediment, or traces of alkali, and it cannot replace patient washing.

The artisans watch the water, feel the fibers, and change the rinse as often as needed. Gradually, the cloudiness fades. The water runs clearer.

At last, the bundles rest pale and soft in the basin. Their long fibers separate with little resistance, though they still hold together well enough to be lifted by hand. From a distance, the batch seems clean and uniform.

Under the clear working light, however, tiny shadows remain. There is a dark fleck of bark, a small knot, perhaps a faintly discolored strand hidden among the pale fibers.

The broad work of soaking, cooking, and rinsing is complete. The next task will narrow from the whole batch to these nearly invisible imperfections, one quiet fragment at a time.

Chapter 6: Picking Away Imperfections

The pale bundles are carried from the rinsing basin to a long, shallow tray. Clean water waits there, still enough to hold the lamplight in a soft reflection. As the cooked fiber is lowered into it, the surface trembles. Rings of light move toward the wooden edges, touch them, and quietly disappear.

At first, the fiber resembles a loose fold of cream-colored cloth. Then careful hands draw it apart beneath the water. Long strands open and drift. They are soft now, freed from many of the natural substances that once bound them into bark. Still, they are not quite ready for the papermaking vat.

A dark speck rests among them.

One of the artisans leans closer. Two fingertips enter the water, approach the speck, and lift it away. It is scarcely larger than a grain of sand, perhaps a remnant of outer bark that remained attached through scraping, cooking, and rinsing. The tiny fragment is placed in a dish beside the tray.

The hands return to the water.

This cleaning stage is often called *chiritori*, a term associated with removing small bits or specks. The name is modest, and so is the outward appearance of the work. There is no large tool and no sudden transformation. There is only shallow water, good light, prepared fiber, and sustained attention.

The artisan spreads another portion between the fingers. Beneath the surface, the strands separate without blowing away or clinging to dry skin. Lamplight passes through the thinnest places, revealing fragments that might otherwise remain hidden.

A brown mark appears.

Then a woody sliver.

Then a small knot, where fibers have gathered around a harder piece of plant tissue.

Each is removed in turn.

Some unwanted pieces are called shives, narrow, woody fragments left from the inner parts of a stem. Others are traces of dark bark, dirt, discolored fiber, or plant debris carried through the earlier stages. A fragment may be obvious when it lies black against the pale mass. Another may remain nearly invisible until the fibers are opened at just the right angle.

The work proceeds slowly because the hands cannot simply discard every variation in color. The artisan must recognize what belongs and what does not. A shadow caused by overlapping strands may disappear when the fiber is spread. A genuine speck remains. The worker looks, opens, turns, and looks again.

Nearby, another shallow tray holds a second portion of the batch. Low conversation passes across the room, then fades. Water slips from lifted fingers. A chair shifts softly on the floorboards. Cloth brushes against a sleeve. Beyond these small sounds, the workshop is quiet.

Yet this is not effortless stillness. Remaining bent over a tray can tire the back and shoulders. Close inspection strains the eyes. Cold water can stiffen the fingers, while repeated pinching and reaching make the hands ache. The workers adjust their posture, pause when needed, and change positions when they can. The peaceful appearance of the task does not diminish its demands.

*Chiritori* can consume a substantial share of the preparation time, especially when the intended paper must be pale, thin, and uniform. In such a sheet, a tiny impurity may become surprisingly prominent. A dark fleck concealed in a wet bundle may later sit alone in translucent paper, clearly outlined by light. A knot may create an uneven place in the surface. A woody fragment may interfere with printing, writing, or another delicate use.

For high-grade papers expected to have great consistency, intensive cleaning begins long before anyone sees the finished sheet.

Not every paper, however, seeks an immaculate white surface. Some artistic papers intentionally retain visible inclusions. Bark fragments, colored fibers, leaves, or other plant material may become part of the design. Naturally toned paper may also preserve the character and subtle variation of its fiber without being considered flawed. The desired result depends on the paper, the workshop, the regional tradition, and the intended use.

Tonight, this batch is being prepared for a clear and even sheet. The artisans continue their search.

A handful of fiber is raised just beneath the surface. Water runs between the strands, and the pale mass becomes almost translucent. The artisan notices a faint yellowed piece and follows it carefully through the surrounding fibers. It must be separated without pulling away more useful material than necessary.

The discolored strand comes free.

It joins the dark specks in the dish.

What remains looks almost unchanged.

That is the quiet nature of this stage. Its success appears as an absence. The finished paper will not announce where a piece of bark was removed, how often a bundle was turned beneath the light, or how many times tired fingers entered the cold water. Someone may admire the clean surface without imagining the hours spent searching through wet fiber. The lack of visible flaws may seem natural, as though clarity belonged to the material from the beginning.

But clarity has been made.

It has been made through practiced sight, patient fingers, clean water, and bodies held in concentrated postures. Care remains present in what the eventual viewer will never notice. The absence of a flaw is not an absence of labor. It is evidence that the labor has disappeared into the finished object.

Gradually, the small dish beside the tray gathers its own quiet record of the night. There are brown points, pale woody splinters, short dark threads, particles of dirt, and pieces of plant debris. In the shallow water, the useful fiber grows more consistently luminous.

The artisans examine the final folds. Fingers press them apart gently, then release them to float open beneath the reflected light. One last fragment is found and lifted away. Another portion is checked, turned, and gathered.

At length, the batch is judged clean enough for the paper intended. It is not perfect in some abstract sense. It has been prepared to the standard required by its purpose.

The final strands are lifted from the tray. Water streams from the pale mass and falls back in thin, shining lines. The fibers are soft, clean, and carefully sorted.

For a moment, the room seems to pause around them.

Soon, this quiet inspection will give way to another kind of preparation. The cleaned fibers will be opened further, their strands loosened and softened through low, measured beating. For now, they rest together beneath the lamplight, carrying no visible sign of the many small things that attentive hands have taken away.

Chapter 7: Beating the Fiber

The cleaned fibers are carried from the inspection tray to a broad wooden board. They arrive as a pale, damp bundle, softened by cooking and washing, yet still gathered into coherent strips. When one strip is lifted, several others rise with it, clinging together in a loose ribbon. Before these fibers can become paper, they must be encouraged to separate.

An artisan spreads the bundle across the board. Water gleams among the strands, catching the warm lamplight. Beside the board rests a wooden club, smooth from long use. Its handle has been shaped not only by tools, but by years of hands closing around it.

The first stroke falls.

It is not a sharp sound. The wet fiber softens the contact, and the timber walls soften it again. What reaches the far corners of the workshop is a broad wooden thump, low and rounded.

Another follows.

Then another.

The rhythm is steady, but never hurried. After several strokes, the artisan pauses to lift the fiber, turn it, and fold the outer edges toward the center. Strands that have spread across the board are gathered together again. The mass is opened, examined, and placed beneath the club once more.

Thump.

A quiet interval.

Thump.

The purpose of this work is sometimes misunderstood. Beating does not simply mean chopping the plant fibers into smaller and smaller pieces. Kōzo and other bast fibers are valued partly because they can remain long. In a finished sheet, those lengths cross and overlap, forming a fine network. Each strand helps to hold its neighbors, giving many kinds of washi their strength, even when the paper is thin.

If the fibers were cut too severely, much of that useful length would be lost. The artisan therefore works to separate and soften them, teasing apart bundles that cooking has loosened but not fully opened. The aim is to help the strands disperse evenly when they are later mixed with water.

The club rises only a modest distance. Its weight, guided by the practiced movement of the arm, does the work. Wet fibers flatten, spread, and slowly divide. Some cling to the face of the tool and are brushed back onto the board. Others extend like pale threads around the edges of the mass.

After several more strokes, the artisan stops.

A small portion is drawn between the fingers. It is pulled gently, not to break it, but to feel how readily the strands separate. A tightly bound section is returned to the center. The bundle is turned and folded again, keeping the preparation even from one side to the other.

Beat, pause, turn, inspect.

Then the cycle begins again.

No clock alone can decide when the fiber is ready. Different papers require different degrees of beating. A strong, textured sheet may call for fibers opened in one way, while a smoother or more delicate paper may need another degree of working. The plant itself matters as well. Kōzo, mitsumata, and gampi do not behave identically. Even fibers of the same kind can vary according to their source, their preparation, and the paper they are intended to become.

The artisan attends to these differences through touch and sight.

If the beating stops too early, small knots may remain. In the vat, those knots can resist dispersion, creating thick places or uneven patches in the sheet. Yet too much beating brings changes of its own. The fibers may lose length, or become so heavily worked that the paper develops a denser, less characteristic texture than intended.

The right point lies between these outcomes. It is found through careful judgment, strengthened over many batches.

Not every workshop relies entirely on hand beating. In some places, machines assist with this stage. A naginata-style beater is designed to tease fibers apart relatively gently. Other workshops may use modified Hollander beaters, or machines adapted locally to suit particular fibers and kinds of paper.

Mechanical preparation is not automatically inferior to work done with a wooden club. Much depends on the machine, the length of time it runs, and the judgment of the person operating it. A carefully managed machine can preserve useful fiber length, while poorly judged handwork can damage it. The tool influences the process, but close attention remains essential.

Here tonight, the wooden rhythm continues.

The sound travels through the floorboards and settles among the vats, brushes, screens, and drying surfaces. Beyond the workshop walls, the cool night air is still. Inside, the repeated strokes seem to mark time without measuring it.

The damp mass changes gradually. What began as layered strips becomes softer and wider. Its edges no longer appear clearly bounded. When lifted, it does not rise as a single ribbon. Small groups of strands separate from one another, hanging lightly from the artisan’s fingers.

A little water keeps the fibers damp and workable. They are spread across the board once more. The strokes resume, now slightly lighter, with longer pauses for inspection. The artisan pulls the mass apart and lays it down in overlapping folds, making certain that no dense center remains hidden beneath the loosened surface.

Again, the club rises.

Again, the softened thump moves through the timber room.

Then comes another pause.

At last, a small tuft is placed in a bowl of clear water. The artisan stirs it with two fingers. At first, the fibers follow the movement in a pale spiral. Slowly, they begin to drift away from one another. Fine strands spread through the bowl, no longer held in stubborn clusters. They float like a quiet cloud, each thread free enough to move, yet still long enough to meet and cross its neighbors.

This is the change the beating was meant to bring. The cooked bast fibers have been separated and spread, ready to disperse through the papermaking vat. They have not merely been reduced. They have been opened.

The remaining fiber is gathered from the board. It now feels airy despite its moisture, a loose, luminous mass rather than a bundle of coherent strips. A few droplets fall as it is lifted, making soft, dark marks on the wood.

Nearby, the papermaking vat waits in the lamplight. Soon, these opened fibers will enter a greater volume of water. There, with the help of a subtle aid derived from plants, they will remain suspended long enough for the papermaker to guide them into a sheet.

For now, the final low thump fades into the timber walls. The wooden club is set down. The pale fibers rest lightly in their container, ready to drift apart.

Chapter 8: Water, Fiber, and *Neri*

The pale, beaten fiber is carried from the wooden board to the papermaking vat. It rests in a loose mound, wet and softly tangled, transformed by the measured pounding of the previous hour. When the artisan lowers a portion into the water, the mass floats briefly near the surface. Then careful hands begin to draw it apart.

The vat contains far more water than fiber. This wide, clear space is necessary. Each long strand needs room to drift away from its neighbors, turning freely before meeting other fibers again. If the material were placed in only a little water and then left alone, it could gather into uneven knots or settle toward the bottom. A well-formed sheet begins with an even dispersion, with the fibers distributed throughout the vat rather than crowded together.

A comb-like tool is drawn through the water. Its long teeth pass beneath the surface, pushing a low wave from one side of the vat to the other. Water rises gently against the wooden walls, then falls back. Pale strands circle within the current. Some catch the lamplight and become visible for an instant. Others disappear into the depth of the vat.

The artisan continues with broad, measured strokes.

Forward, across, and slowly back again.

Each movement lifts and carries the fibers. The water folds through itself. Soft waves travel to the edges, return, and meet one another in the center. Gradually, the beaten material becomes less like a mound of plant fiber and more like a faint cloud held within the water.

Yet water and fiber alone do not provide all the control needed for the kind of sheet that will soon be formed. Another substance has been prepared nearby.

It is called *neri*, a general term for the viscous formation aid added to the vat. Although its texture may suggest paste, neri is not glue. It does not act as a binder holding the finished paper together. The strength of the dry sheet will come chiefly from the long fibers crossing, overlapping, and holding to one another as the water leaves. Neri performs its quiet work much earlier, while those fibers are still floating.

A common traditional source of neri is the root of *tororo-aoi*, sometimes called sunset hibiscus. When the crushed root is soaked and worked in water, it releases a clear, slippery mucilage. In some regions, papermakers may use mucilage from *nori-utsugi*, a type of hydrangea. Practices vary from place to place, and from one workshop to another. Synthetic formation aids are also used, particularly in modern or year-round production, when steady working properties may be needed through warmer conditions.

Tonight, the prepared liquid hangs in a cloth bag over a small vessel. The artisan presses the bag slowly. Clear neri gathers below, more substantial than water, yet still fluid. When lifted in a ladle, it trails downward in a fine, glistening strand. For a moment, a silver thread seems to stretch between the ladle and the vessel. Then it narrows and folds silently into itself.

A measured amount is carried to the vat.

As the ladle tilts, the neri strings gently into the water. Its path remains visible for only a moment. The artisan takes up the comb-like tool and begins to stir again. The clear substance disappears among the slow waves. No separate layer remains. There is only a subtle change in the movement of the mixture. The water now seems to carry the fibers more patiently.

Neri helps the long strands remain dispersed instead of allowing them to settle or clump too quickly. It also slows the drainage of water through the papermaking screen. That delay gives the artisan time to move the mould, guide the flowing mixture, and distribute the fibers across its surface. If the water escaped too quickly, there would be less time to build an even sheet.

Its effect is delicate, and it is not permanent. Much of the neri will leave with the water during forming and pressing. Yet while the sheets are wet, it serves another useful purpose. It helps them remain separable after they have been laid one upon another, stacked, and pressed. That quality will become important later in the night, when the growing pile of damp paper is handled sheet by sheet.

Natural tororo-aoi neri is sensitive to temperature. As the vat mixture warms, its useful viscosity gradually weakens. There is no single temperature that applies to every workshop or every batch. Freshness and concentration matter. So do the water, the kind of paper being made, and the methods of the individual workshop.

The artisan learns to judge these changing conditions through experience. The mixture can be felt through the stirring tool. Its behavior can be seen in the movement of the fibers and, later, in the rate at which water drains through the screen. Small adjustments preserve the balance.

This is one reason cool-season papermaking has long been valued. Cooler conditions can help natural neri retain its useful viscosity and can also slow spoilage. The winter air beyond the timber walls is therefore more than a part of the night’s atmosphere. It quietly enters the rhythm of the craft, helping to maintain the balance within the vat.

That balance will not remain fixed. With every sheet, some fiber and water will be removed. The concentration of the furnish, the papermaker’s mixture of water, fiber, and formation aid, will gradually change. More fiber may be added. More neri may be needed. The vat must be stirred periodically, and the comb-like tool will return to lift the strands and restore an even suspension.

For now, the stirring stops.

One last wave crosses the vat, touches the far wall, and returns as a faint ripple. The surface rises, settles, and slowly becomes smooth. Beneath it, pale fibers remain suspended. They are scarcely visible except where lamplight reaches through the water and catches a drifting strand.

The artisan waits until the final ripples fade. Then the mould and its fine screen are lifted with both hands. Held steady and level, they move toward the near edge of the vat.

The water is calm. Pale fibers wait beneath its surface, open and evenly dispersed.

And the mould rests just above the water.

Chapter 9: Forming the Sheet

The mould pauses above the vat for only a moment. Then the artisan lowers it toward the surface.

Dip.

The near edge enters first, opening the water with a soft, hollow splash. The rest follows in one smooth motion. Water, pale fiber, and neri flow across the screen together. For an instant, the wooden frame seems to hold a small portion of the vat within its borders.

Then it rises.

Lift.

Water begins to fall through the fine screen. It returns to the vat in a quick, even patter as the artisan guides the mould forward and back. The movement is measured, never forceful. A shallow wave travels across the screen, carrying the long fibers with it.

Guide.

The tool in the artisan’s hands is often called a *sugeta*. This convenient term joins the names of its two principal parts. The *su* is the flexible screen, traditionally made from very fine bamboo splints tied together with thread. Around it sits the wooden frame, called the *keta*. The frame supports the screen and contains the moving slurry.

Materials, proportions, construction, and terminology vary among regions and workshops. Yet the purpose remains recognizable. The tool gathers suspended fibers from the water and helps arrange them into a sheet.

The vat is called a *sukibune*. Within its dark sides, pale strands remain suspended in the water. Each time the screen passes beneath the surface, some of those drifting fibers are gathered.

Dip, lift, guide.

This flowing method is known as *nagashi-zuki*. It is strongly associated with many kinds of handmade washi, though it is not the only Japanese method of forming paper. Another method, *tame-zuki*, uses a dip-and-hold approach and is employed for certain kinds of paper.

Here, however, the slurry remains in motion.

The artisan tips the mould slightly. A veil of water crosses the screen from one side to the other. The first charge leaves behind a fine web of fibers, so thin that lamplight passes through it. Before that web has fully settled, the mould enters the vat again.

A second scoop adds more fiber.

Then another.

These repeated charges do not form separate laminated layers. The wet fibers meet, cross, and interlock. Gradually, they become one continuous sheet.

The neri in the water slows drainage and helps keep the fibers suspended. That gentle delay gives the artisan time to guide the long strands before too much water escapes through the screen.

Forward and back, the mould moves. In some traditions, this lengthwise motion is emphasized. In the making of *hon-minoshi*, lengthwise movement is combined with side-to-side movement. The crossing directions help create an especially even formation, suitable for paper that may be viewed against the light.

Tonight, the artisan’s hands follow their own practiced pattern.

Forward.

Back.

And gently across.

Each turn is slight. Each correction is quiet. The shoulders remain relaxed while the wrists respond to the changing weight of water. The frame tilts, steadies, and tilts again.

At the end of a pass, excess slurry may be cast back into the vat. It slips over the edge in a smooth curve.

Return.

The surface below opens, folds inward, and begins to settle. A hollow splash is followed by a quick patter. Then come separate drops, falling more slowly from beneath the screen.

The thickness of the paper is being decided through many small choices. It depends on the concentration of fiber in the vat, the number and size of the scoops, the speed of drainage, the amount and condition of the neri, and the direction and rhythm of the artisan’s movements. It also depends on the kind of paper being made.

No single gesture determines the result.

The sheet gains its character gradually.

Dip, lift, guide, return, drain.

Again, the screen meets the water.

Again, the frame rises.

The rhythm continues until the pale layer across the screen has gained substance. Individual fibers are now difficult to distinguish, yet their shared pattern can still be seen. They lie not as a rigid grid, but as a field of crossing strands. Some extend lengthwise. Others turn across them. Still others curve gently between, joining the whole.

Repeated motion has distributed the long fibers and oriented them in more than one direction. What began as loose strands in water is becoming a unified surface.

The artisan watches the sheen. While water covers the fibers, the forming sheet reflects the lamps. As drainage continues, the reflection breaks into small, wavering islands. Beneath them, the pale fiber appears soft and matte.

A final tilt sends the remaining excess toward the edge. A few quick streams fall into the vat. They narrow into threads, and then into separate drops.

The workshop seems to listen.

Beyond the walls, the cool night remains deep and still. Inside, the water settles after so much careful movement. Small ripples travel toward the sides of the vat and disappear.

The artisan holds the mould level, allowing the last water to drain. Across the screen rests a complete wet sheet. It appears delicate, almost weightless, yet it is already held together by countless interlocking fibers.

For a few breaths, nothing moves except the falling drops.

Then the mould rises clear of the *sukibune*. Water traces the wooden edge and slips away. The pale sheet remains upon the flexible screen, even and quiet beneath the lamplight.

With both hands steady, the artisan turns from the vat.

The newly formed paper travels across the workroom toward the growing stack of wet sheets.

Chapter 10: The Growing Stack of Wet Paper

The artisan carries the mould only a few steps. Water continues to gather along its lower edge, falling in quiet drops onto the floorboards. Nearby, on a low and level platform, waits the stack of sheets made earlier in the evening.

In English-language papermaking, such a stack is often called a post. From a short distance, it does not look like a collection of separate sheets. It resembles a single pale block, glossy with water and faintly luminous beneath the lamps. Only along its edge can we see the fine horizontal lines that reveal its true structure.

One line marks one sheet.

Then another.

And another.

The artisan pauses above the post.

During sheet formation, the wooden frame of the mould supported the flexible screen. Now the screen is lifted free. It bends gently between the artisan’s hands, carrying the new sheet upon its surface. The paper is still saturated, its fibers newly joined and delicate, but the layer holds together.

One edge of the screen is lowered toward the top of the post. The artisan checks the position with a practiced glance, comparing corners and edges before allowing the transfer to begin.

Then, slowly, the screen rolls downward.

The wet paper meets the sheet beneath it with soft, damp contact. There is no slap and no sudden motion. The flexible screen continues to curve until the entire new sheet rests evenly upon the stack.

This transfer is known as couching. A freshly formed sheet is moved from the screen onto another surface. Here, that surface is another wet sheet of paper.

In many papermaking traditions, wet sheets are placed between pieces of felt or other separators. Yet in many traditional washi processes, one sheet can be laid directly upon the next, without a full divider between every layer.

At first, this seems surprising. The wet fibers rest close together, and the glossy post appears almost fused into a single mass. Still, several details help the sheets remain separable.

The long bast fibers have been carefully dispersed and formed into stable layers. The surfaces of the sheets are smooth and even. The viscous formation aid called *neri*, mixed into the vat, has slowed drainage and helped the fibers spread with greater control. And the couching itself has been precise, placing each sheet flat without folds, trapped ridges, or sudden shifts.

Some papermakers also place a fine thread, a thin cord, or another small marker along one edge of the stack. Later, this marker can help the hand locate the boundary between one damp sheet and the next.

As with so many details of washi making, the method varies. It may change according to the workshop, the region, the fiber, and the kind of paper being produced. Some studios use separators for certain papers. Others rely on direct stacking, adjusting the pressure and placement to suit their own tools and experience.

There is no single arrangement followed everywhere.

The artisan begins to lift the flexible screen. It peels away in one calm, continuous motion, leaving the new sheet resting upon the post. For a moment, the paper’s surface gleams. A thin film of water catches the warm lamps and a dark reflection of the rafters above. Then the moisture settles, and the reflection softens.

The screen returns to its wooden frame.

Soon, another sheet arrives from the vat.

It is carried across the room, aligned, lowered, and transferred. The post grows by one nearly invisible layer.

Another sheet follows.

Then another.

Each placement is gentle, but accuracy matters. A sheet set slightly askew could leave an uneven edge. A hurried movement could create a wrinkle, and that wrinkle might remain through the pressure to come. The artisan therefore works without haste, guiding the corners into place with small adjustments.

The sounds repeat in a quiet pattern. Water dripping from wood. The faint contact of one wet surface meeting another. The soft release as the screen lifts away.

Beyond the windows, the night has deepened. The panes hold only darkness, broken by a dim suggestion of reflected lamplight. Outside the wall, the nearby watercourse continues steadily. Inside, conversation has diminished. There is little need for words now. Familiar movements carry the work onward.

At last, the post reaches its intended height.

It is allowed to rest for a time so that loose water can drain away. Moisture gathers beneath the platform and travels through narrow channels. Drop by drop, the glossy block becomes a little firmer, though it remains cool, heavy, and thoroughly damp.

Then the stack is prepared for pressing.

A flat board settles across its upper surface. Pressure is applied evenly and, in many workshops, increased gradually. Too much force at once could make the stack bulge at the sides. The wet sheets might slide, wrinkle, stretch, or shift out of alignment. Slow pressure gives the water time to escape while helping the layers remain level.

The press answers with a quiet wooden creak.

Water emerges along the edges of the post. At first it gathers in small streams. Later, it appears as bright beads that swell, tremble, and fall. As the stack compresses, the pale lines between the sheets become more distinct.

A screw may be tightened in stages, or another pressing system may be used, depending on the workshop. Whatever the mechanism, the purpose is much the same. Pressing removes enough water for the fragile sheets to be separated and handled safely.

It does not dry them completely.

When the paper leaves the post, each sheet will still be damp, cool, and flexible. Final drying belongs to another stage, when the individual sheets will be smoothed onto boards, warmed metal surfaces, or other supports chosen by the workshop.

For now, pressure and time continue their quiet work.

The post may remain beneath the press for several hours. In some working schedules, it stays there overnight. This allows one part of the process to pause while another moves onward. The new stack made this evening can settle under gradual pressure as a stack prepared earlier waits nearby, already pressed and ready for drying.

The artisan places a hand upon that older post and checks its firmness. Its upper surface no longer shines as brightly. Along its side, hundreds of compressed edges lie close together, each one marking a separate sheet.

Behind us, the press gives another low creak.

A few more drops fall.

Outside, water continues along its hidden course through the darkness.

The newly made sheets remain together beneath steady pressure, settling slowly through the deep night. Beside them, the earlier stack is ready. Soon, its close layers will be opened one by one, beginning the careful, almost invisible work of separating each damp sheet from the next.

Chapter 11: Pressing, Separating, and Drying

The earlier stack waits on a low table, compact and cool beneath the artisan’s hand. Pressure has removed much of its water, but it has not made the paper dry. Each sheet remains damp, flexible, and fragile. The layers rest so closely together that the stack appears almost solid.

At one corner, the artisan searches for an edge.

Sometimes a fingernail is enough. In other workshops, a thread or a slim tool may help reveal the fine boundary between one sheet and the next. Here, the artisan bends toward the lamplight and touches the corner gently. A narrow line appears. It is lifted, held, and slowly widened until the first sheet begins to peel away.

There is no sharp crackle. Pressed paper does not yet have the crisp voice of a finished sheet. It releases with a soft, moist sound, scarcely louder than cloth being unfolded.

The artisan supports the paper with both hands. Its own weight draws it into a shallow curve. Against the light, it is darker than finished paper and more translucent. Faint shadows show where fibers cross and overlap. Delicate lines left by the papermaking screen may also be visible within the sheet.

A smooth wooden board stands ready nearby.

The artisan brings the damp paper to it and lays down one edge. The rest follows gradually, settling without folds. Then a broad drying brush moves across the surface.

From the center to the edge.

Again, from the center to the edge.

The brush makes a low whisper. Its bristles press out small pockets of air and ease away wrinkles, helping the damp fibers cling evenly to the board. Each stroke is firm enough to smooth the paper, yet careful enough to protect its still-tender structure.

Traditional board drying may take place outdoors in sunlight, when the weather and local practice allow. Boards may also stand beneath shelter, indoors, or in protected drying areas where wind and sudden moisture are less troublesome. The wood and its surface preparation vary among papermaking communities. In some documented Echizen practices, for example, ginkgo boards have been used. Elsewhere, artisans select other smooth surfaces suited to their work.

Across the workshop, more sheets are being applied to a smooth metal plate warmed by steam. The heat is even and practical. It shortens drying time and makes the results more predictable, especially when cold air, rain, or limited space would make outdoor drying uncertain.

The heated plate is not an unfortunate intrusion. It is simply another working tool. Sun drying is not automatically superior, just as heated drying is not less skillful. Workshops may use outdoor or indoor boards, walls, panels, steam-heated plates, or purpose-built dryers. The choice depends upon local methods, available equipment, weather, paper thickness, and the finish being sought.

Another sheet is separated from the stack.

Its corner is found. Its pale edge rises. The damp paper is carried to an open place and brushed smooth.

From the center to the edge.

The repeated strokes fill the room with a hushed, feathery sound. Beyond them, water continues to pass through the workshop. A board shifts softly against its support. Near the heated plate, moisture gives a faint sigh as it meets the warm surface.

As water leaves the paper, the sheet slowly changes. Its darker tone becomes lighter. Its translucency diminishes, and the crossing fibers seem to gather into a more unified surface. The sheet contracts slightly against its support. Held flat as it shrinks, it becomes smoother, firmer, and often more opaque.

Not every trace of its making disappears. Fine screen lines may remain. A laid pattern may appear when the paper is held toward the light. There may be a suggestion of the drying brush, or the subtle texture of the board. Depending on the intended finish, such marks may be preserved, softened, or made scarcely visible.

The voice of the paper changes as well. A fully dried sheet may be soft and quiet, bending with little sound. Another may be crisp and lightly rustling. Many rest somewhere between, firm but yielding, their sound shaped by fiber, thickness, formation, pressing, drying, and finish.

Near one board, the edge of an earlier sheet has begun to lift. The artisan tests it with careful fingers but does not hurry. Some sheets release sooner than others. Thickness matters. So do the weather, humidity, temperature, and drying surface. Not all the paper prepared tonight will necessarily be dry before dawn.

There is time enough for each sheet to change at its own pace.

More pale rectangles appear around the room. They rest on boards and panels, or lie smooth against gently heated metal. What began as bark fiber dispersed in water now holds a clear boundary: four edges, a broad surface, and a quiet strength still settling into place.

Outside, the darkness begins to thin. It is not yet morning, but the black windows have softened toward gray. Within the workshop, lamplight passes through the dampest sheets and rests warmly upon those already turning pale and opaque.

The brush travels once more from center to edge.

Then it lifts.

Around the room, the first dried corners rise almost imperceptibly from their surfaces. In the slowly gathering light, the finished sheets wait for the patient inspection that will come with dawn.

Chapter 12: Paper at Dawn

A lifted corner is taken gently between finger and thumb. With the other hand supporting the sheet, the artisan draws it away from the drying surface in one slow, continuous motion.

A faint sound follows, softer than cloth being unfolded.

The paper is dry.

It is carried to a broad table near the window, where the approaching daylight is more revealing than lamplight. At first, the sheet appears simply pale and whole. Then, as it is raised toward the gray morning, its finer qualities become visible. Light passes through the fibers. Slight variations emerge. There is a denser cloud here, a thinner passage there, and perhaps one tiny dark inclusion held within the surface.

Inspection begins with touch as much as sight.

The artisan feels the thickness and weight, then studies the evenness of the fiber distribution. The sheet is checked for holes, wrinkles, folds, and tears. Its color, translucency, and surface texture are considered. Its dimensions are measured, and its edges are examined to see whether they are square.

Handmade paper retains subtle variation, but variation does not mean carelessness. Skilled papermakers can achieve remarkable consistency from one sheet to the next. The movement at the vat, the condition of the fiber, the amount of water, the effectiveness of the formation aid, the pressure on the stack, and the method of drying all leave their quiet influence. By morning, these many decisions have become visible in a single pale surface.

Finished sheets may be graded for different purposes. One may be suited to calligraphy, another to printing, and another to a work in which a stronger texture is welcome. A flawed sheet need not be wasted. Depending on the workshop, it may be sold as a second, reserved for another use, or returned to pulp so that its fibers can begin again.

The uses of washi are almost as varied as the papers gathered beneath that broad name. It receives brush and ink in calligraphy and ink painting. It carries images in woodblock printing and other forms of printmaking. It becomes books, albums, stationery, lanterns, folded objects, collage, sculpture, contemporary art, packaging, textiles, and interior design. Used as a light diffuser, its fibers soften illumination and give it a gentle depth.

Historically, paper also served in many practical objects. It was used for umbrellas, fans, ledgers, kites, clothing, wrapping, and official documents. In a shoji screen, paper admits a softened light. On a fusuma sliding panel, it becomes part of a room’s movable interior.

Strength does not always require heaviness. Long, interlocking fibers can make a thin sheet remarkably durable.

That quality is especially valuable in conservation. Fine kōzo paper, made from paper mulberry fiber, can be thin, flexible, strong, and visually unobtrusive. Conservators may use it to mend tears or support fragile areas in books, prints, drawings, and documents.

Yet repair paper is not chosen by name alone. Conservators consider its fiber, thickness, color, texture, flexibility, manufacturing method, and chemical stability. Not every paper sold as washi is suitable for conservation. The repair material must be carefully matched to the object it will support.

Often, conservation paper is attached with a prepared starch paste. Under professional control, a repair made this way may later be removed with moisture if future treatment requires it. The purpose is not to overwhelm the original object, but to offer quiet and appropriate support.

On the inspection table, another finished sheet is raised toward the window.

Beyond it, the outline of the rural landscape is slowly returning. Roofs separate from the fading dark. Bare branches become distinct. The nearby water, heard throughout the night, now catches a narrow band of silver.

The craft practiced here belongs to a much wider landscape of regional knowledge. In 2009, Sekishū-banshi entered UNESCO’s Representative List of the Intangible Cultural Heritage of Humanity. Then, on November 27, 2014, UNESCO inscribed “Washi, craftsmanship of traditional Japanese hand-made paper.” The inscription initially brought together Sekishū-banshi, Hon-minoshi, and Hosokawa-shi.

Such recognition honors living knowledge. It honors the cultivation and preparation of fiber, the careful use of water, the handling of tools, and the teaching passed from practiced hands to new ones.

Yet designated traditions are not the only traditions of value. Across Japan, workshops follow regional methods, local materials, family experience, and individual judgment. Some make paper entirely by hand. Others combine inherited skills with practical modern equipment. Machine-made Japanese papers belong to another part of the broader world of paper, distinct from the handmade process witnessed here through the night.

The workshop is quieter now.

The vat rests. Brushes have been rinsed. Water no longer falls from a newly lifted screen, although a few droplets still shine along the wooden rim. Some damp sheets remain on their drying surfaces. Finished ones lie aligned upon the table.

The final inspected sheet is placed upon the stack. Its edges settle over the sheets beneath it. They are not perfectly identical, but they are closely and calmly matched.

Morning enters through the window without ceremony. It touches the paper first along one edge, then spreads across the pale surface.

Within that surface remain the winter-cut stems and the stripped inner bark. There are traces of the long washing, the cooking, the picking, and the measured beating. There is the deep vat of water and fiber, held in suspension until practiced hands gave it form.

There are the repeated lifts of the screen. The forward motion, the return, and the soft draining of water. There is the growing stack of wet sheets, the gradual pressure, the patient brushing, and the careful release from the drying surface.

None of these movements can be seen clearly now. Yet together, they have given the paper its weight, its texture, its strength, and its quiet translucency.

Plant, water, handwork, and time remain joined within the finished sheet.

Outside, the stream continues past the workshop.

Inside, the paper holds the dawn.