Overview Wood pulp is the fibrous raw material used to make paper, paperboard, tissue, and a range of cellulose-based products. On commodity markets, it is commonly priced as bleached softwood kraft pulp, with the benchmark often quoted on a delivered basis such as CIF North Sea ports. Prices are typically expressed in US dollars per metric ton. Bleached softwood kraft pulp is valued for its long fibers, which provide strength in printing and writing papers, packaging grades, and tissue blends. Hardwood pulp, by contrast, is used where smoother formation and different absorbency characteristics are desired. Wood pulp is produced by mechanically or chemically separating cellulose fibers from wood, then bleaching and drying the pulp into marketable bales. Because it is an industrial intermediate rather than a final consumer good, its market reflects both forestry economics and downstream paper and packaging demand. Supply Drivers Wood pulp supply is shaped by forest biology, mill capacity, and transport logistics. The main producing regions are North America, Northern Europe, South America, and parts of Asia, where climate, plantation forestry, and access to ports support large-scale pulp production. Softwood and hardwood species differ in fiber length and growth rates, so regional forest composition influences the mix of pulp grades available. In plantation-based systems, harvest cycles are governed by tree growth periods, land availability, and replanting schedules. In natural-forest systems, supply depends more on logging access, environmental constraints, and transport from remote forest areas to mills. Chemical pulping requires substantial capital investment, energy, water, and chemical recovery systems, so mill outages, maintenance shutdowns, and environmental compliance can affect supply. Pulp is bulky and expensive to move, which makes port access, rail links, and shipping capacity important. Weather can disrupt logging, road access, and port operations, while fire, drought, storms, and pest pressure can affect timber availability. Because trees take many years to mature, supply responds slowly to price signals, and short-run changes often come from mill utilization rather than new forest output. Demand Drivers Demand for wood pulp is driven mainly by paper, tissue, and packaging production. Printing and writing grades use pulp for brightness, formation, and strength, while tissue and hygiene products require softness, absorbency, and bulk. Packaging demand links pulp consumption to trade in consumer goods, food distribution, and industrial shipping, since corrugated board and cartonboard rely on fiber inputs. Substitution occurs between virgin pulp and recovered paper fiber, but the two are not perfect substitutes because recycled fiber loses strength and quality over repeated cycles. This creates a persistent role for virgin pulp in grades that require long fibers or high brightness. Demand also reflects demographic and income factors. Tissue and hygiene consumption tends to rise with urbanization, sanitation standards, and household income, while printing and writing demand is structurally affected by digital substitution. Seasonal patterns can appear in packaging and tissue production, but the broader market is tied to industrial output and consumer spending. Regulatory and environmental standards influence fiber sourcing, recycling rates, and product specifications, which can shift the balance between hardwood and softwood pulp. Because pulp is an input to many downstream products, demand is spread across several industries rather than concentrated in a single end use. Macro and Financial Drivers Wood pulp prices are influenced by exchange rates, especially the US dollar because international trade is commonly denominated in dollars. A stronger dollar tends to raise local-currency costs for non-dollar buyers and can affect import demand. Freight rates matter because pulp is shipped in bulk over long distances, and delivered pricing reflects ocean transport and port costs. Energy prices also matter through mill power, chemical recovery, and logistics costs. Inventory cycles can create periods of tightness or surplus because pulp is storable, though storage is costly and quality can deteriorate over time. As a result, the market can move between firmer and softer pricing structures depending on the balance of mill supply, shipping availability, and downstream purchasing behavior. Related Commodities Related commodities include recovered paper, which competes with virgin pulp in many paper and packaging grades; lumber, because both depend on forest resources and logging economics; and paperboard, which is a major downstream product of pulp. Cotton linters and other cellulose feedstocks are smaller substitutes in some specialty applications, but wood pulp remains the dominant industrial fiber source for most large-scale paper products.