The majority of commercial paper is produced from wood pulp — cellulose fibres extracted from softwood and hardwood trees through chemical or mechanical pulping processes. Handmade and small-batch stationery producers in Europe have historically used a different set of fibres, centred on textile waste and dedicated fibre crops. These materials carry distinct working properties and different resource profiles compared to wood pulp.
Cotton Rag Paper
Cotton rag has been the primary raw material for high-quality European paper since at least the 13th century. Rags from worn linen and cotton textiles were collected, sorted, and macerated to produce pulp. The long, strong fibres of cotton produce paper with high tensile strength, flexibility, and resistance to deterioration over time — properties that make cotton rag paper the standard for archival documents, banknotes, and fine art paper.
Contemporary rag paper producers source cotton from pre-consumer textile waste: cuttings and offcuts from garment factories. Linen rag, which was dominant in earlier centuries, is less available today but is still used in limited quantities by specialist mills. The Fabriano mill in Italy maintains cotton rag paper lines, and several smaller European studios work with cotton as their primary fibre.
Working Properties
Cotton pulp requires less chemical treatment than wood pulp because cotton fibres are already primarily cellulose with minimal lignin content. Lignin — the substance that causes wood-pulp paper to yellow and become brittle over time — is largely absent from cotton rag. This means cotton rag paper requires no bleaching to achieve long-term stability, though optical brightening is sometimes added for appearance.
Hemp and Linen
Hemp (Cannabis sativa) and linen (from Linum usitatissimum) are bast fibres: they come from the stem of their respective plants rather than from seeds or leaves. Both produce long, strong fibres well suited to papermaking. Hemp has historically been used for ropes and sail canvas, and hemp rag was a significant input into European paper production before cotton became dominant.
Hemp fibre crops grow rapidly with relatively low inputs in temperate European climates. Some small European paper producers source hemp directly as a crop rather than from textile waste, processing it through water retting and mechanical breaking before pulping.
Bast Fibre Characteristics
Bast fibres from hemp and linen are longer than most wood pulp fibres. Longer fibres form more contact points during sheet formation, resulting in higher tear resistance and a more pronounced surface texture. These properties are valued in stationery applications where paper is handled repeatedly.
Abaca (Manila Hemp)
Abaca (Musa textilis), sourced primarily from the Philippines, produces exceptionally long and strong fibres. It is used in specialty paper applications requiring high wet strength: teabags, currency paper, and filter papers. In craft stationery, abaca is used in small quantities to improve wet strength and surface smoothness, often blended with cotton rag furnish.
European craft papermakers typically import abaca as processed half-stuff (partially beaten fibre) or as abaca fibre sheets rather than raw material, given that the plant requires tropical growing conditions.
Agricultural Residues
Straw from wheat, rye, and rice; bagasse from sugar cane; and esparto grass from the Iberian Peninsula and North Africa have all been used as papermaking fibres. Straw paper was significant in European production during the 19th century when rag supplies were insufficient for growing print demand.
Contemporary interest in agricultural residue fibres centres on their availability as a by-product of food production, their relatively short growing cycle, and their potential to reduce pressure on forest resources. Research institutions including the Paper Online knowledge base document work in this area. However, straw and similar fibres contain significant silica and other non-cellulose components that complicate pulping and require higher chemical inputs than textile fibres or wood pulp.
Recycled Post-Consumer Fibre
Recycled fibre from post-consumer paper and board is the dominant raw material in much of the European paper industry. For craft stationery specifically, recycled fibre is used in two ways: as a lower-cost alternative to virgin rag, and as a deliberate material choice to demonstrate a closed-loop approach to resource use.
Recycled fibres are shorter than virgin fibres due to repeated processing. Shorter fibres produce paper with lower tensile strength and a different surface texture. For some stationery applications — wrapping paper, envelopes, and bags — these properties are acceptable or even desirable. For writing paper where surface smoothness and durability are priorities, recycled content is more often blended with longer virgin fibres rather than used alone.
Material Selection in Practice
European craft stationery producers making decisions about raw materials work within constraints of fibre availability, cost, processing equipment, and the end-use requirements of the paper. Cotton rag remains the standard for premium writing paper and archival applications. Hemp and linen are used in studios that have established supplier relationships for textile offcuts. Abaca appears most often as a blend component. Agricultural residues are largely limited to experimental production and specific industrial applications.
No single fibre is universally superior; the appropriate choice depends on the technical and aesthetic requirements of the finished product.