Traditional Handmade Papermaking in Germany: Techniques and Tools

Overview of the Process

Hand papermaking is a multi-stage process in which plant fibres are separated into individual cellulose strands, suspended in water, captured on a woven screen, and then dried into a flat sheet. The core steps — beating, vat work, couching, pressing, and drying — have remained essentially unchanged since the craft reached Central Europe in the fourteenth century, though the materials and scale have varied considerably across regions and periods.

In Germany, documentary evidence for water-powered paper mills appears from the late fourteenth century. The city of Nuremberg and the Rhine valley were among the earliest centres of production. By the sixteenth century, German papermakers had developed a recognisable regional character in their output: sheets of consistent weight, watermarks used as commercial identifiers, and a preference for rag fibre sourced from linen and hemp cloth rather than cotton.

Fibre Selection and Preparation

The quality of a handmade sheet depends heavily on the source fibre. Traditional European hand papermaking relied almost exclusively on textile rags — worn-out linen and hemp cloth — because their long, strong fibres produce a sheet with good durability and surface qualities. Cotton rags were also used, particularly in the eighteenth and nineteenth centuries as cotton clothing became more widespread.

Modern hand papermakers often work with prepared cotton linter (the short fibres remaining after cotton ginning), abaca (from the leaf stalks of a banana relative), or Western flax. Each fibre produces a distinct sheet character: cotton linter gives a soft, absorbent surface; abaca produces exceptional strength and translucency; flax is associated with a slightly rough texture and high wet strength.

Beating

Before fibre can be used, it must be beaten or macerated to separate the cellulose strands and increase their surface area. Historically this was done in stamping mills — water-powered hammers that pounded rags in water-filled troughs. The stamping mill (Stampfmühle in German) was the standard preparation method in European mills until the Hollander beater appeared in the Netherlands in the late seventeenth century.

The Hollander beater uses a rotating drum set with metal bars working against a bedplate to cut and fibrillate the fibre. The degree of beating affects the final sheet: lightly beaten (free) pulp drains quickly on the mould and produces a more open, bulky sheet; heavily beaten (hydrated) pulp drains slowly and bonds tightly, creating a dense, translucent sheet. German fine-art papers traditionally use moderately beaten pulp to balance surface quality against opacity.

Mould and Deckle

The mould is a wooden frame across which a wire mesh is stretched. In European tradition there are two mesh types: laid, in which closely spaced parallel wires (laid lines) are crossed at wider intervals by chainlines; and wove, in which wires run uniformly in both directions to create a grid. Laid moulds were standard in Germany until the late eighteenth century; wove moulds were introduced from England in the 1750s and gradually displaced laid moulds for certain grades of paper.

The deckle is a separate frame that sits on top of the mould to contain the pulp slurry during sheet formation. It does not have a mesh; it merely forms the boundary of the wet sheet. When the papermaker lifts the mould from the vat and shakes it, the deckle ensures that pulp does not run off the edges — though some inevitably seeps beneath to create the characteristic feathered "deckle edge" prized in fine papers.

German mould-makers (Siebmacher) developed a high level of craft in wire-laying. Regional preferences existed in the spacing and thickness of laid and chain wires. Watermarks — images formed by raised wire soldered to the mould surface — served as mill identifiers, and German watermark traditions are well documented in collections such as those of the Deutsches Buch- und Schriftmuseum in Leipzig.

Vat Work: Forming the Sheet

The vat (Bütte in German) is a large trough, traditionally of wood and later of stone or metal, filled with water in which beaten pulp is kept in suspension. The papermaker — the vatman — dips the mould and deckle into the vat at a slight angle, scoops up a charge of pulp, and draws the mould level while it is still under water. As the mould is lifted clear, excess water drains through the mesh and the papermaker shakes the mould in two directions — lengthwise and crosswise — to interlace the fibres and help them bond.

This "vatman's shake" determines much of the sheet's final character. A vigorous crosswise shake distributes fibres more uniformly; a pronounced lengthwise shake tends to align fibres along the mould's length. The texture and translucency of the dried sheet reflect the skill of this step directly. In the German tradition, as in other Central European schools, pairs of workers operated the vat: the vatman who formed the sheet, and the coucher who received the freshly formed sheets and laid them on felts for pressing.

Couching and Pressing

Couching (from the French coucher, to lay down) is the transfer of the wet sheet from the mould to a moistened felt. The coucher inverts the mould onto the felt and applies pressure to release the sheet. Successive sheets are built up alternating with felts to form a post — a stack ready for pressing.

The post is then placed in a screw or hydraulic press to expel most of the water. In early German mills, large wooden screw presses were standard; later iron screw presses and eventually hydraulic presses replaced them. After pressing, sheets are separated from the felts and either hung to dry on ropes in the drying loft (Trockenboden) or dried on smooth boards depending on the required surface finish.

Sizing and Surface Treatment

Unsized paper (waterleaf) absorbs ink immediately and is unsuitable for writing or printing. German mills sized their sheets by dipping them in a bath of hot animal-hide glue (gelatin). The gelatine fills the fibres and creates a surface that resists ink spread. Surface sizing also strengthens the sheet and increases its dimensional stability.

Modern hand papermakers may use internal sizing — adding rosin, alum, or synthetic size to the pulp in the vat — in addition to or instead of surface sizing. Alkaline internal sizing with alkyl ketene dimer (AKD) has become common in archival-grade papers because it does not introduce the acidity associated with rosin-alum sizing.

German Production Context

By the seventeenth century Germany had dozens of paper mills, many concentrated in the Rhine, Main, and Lahn valleys where water power was reliable and trade routes facilitated rag collection and paper distribution. The guild system (the Papiermacherhandwerk) regulated entry to the trade and enforced quality standards. Guild documents and ordnances from this period survive and have been studied by historians such as Alfred Schulte, whose research on German papermaking history remains a standard reference.

Hand papermaking in Germany declined sharply after the introduction of continuous papermaking machines in the early nineteenth century, beginning with the Fourdrinier machine. By 1850 machine-made paper dominated general production, and hand papermaking became confined to specialty uses: fine-art paper, archival restoration work, and craft production. This pattern mirrors developments across Western Europe and North America, though certain German firms maintained hand-papermaking capacity longer than others due to specific market demands for artist papers.

Today a small number of studios and educational workshops in Germany teach hand papermaking as part of book arts, conservation, and craft curricula. Institutions such as the Kunsthochschule für Medien in Cologne and various adult-education bookbinding programmes have maintained or revived hand papermaking as an adjunct to binding and restoration training.