Recycled Paperboard Price Increase Hits EMEA Industrial Packaging Buyers
Sourcing teams in Europe face a 60 euro per ton increase for uncoated recycled paperboard starting in September.
Recycled Paperboard
Manufacturing Category
Cellulose fibres reclaimed from post-consumer or industrial paper streams constitute the raw material for recycled paperboard. Industry standards define recycled paperboard as paperboard produced from recovered paper stock rather than virgin wood pulp. Producers process these recovered fibres through cleaning and screening stages to remove contaminants before forming the sheets on a cylinder or fourdrinier machine.
Chemical additives or starch sizing sometimes enhance the structural rigidity or surface finish of the finished product. The finished board serves as the base layer for diverse packaging formats.
Market Classification
Consumers of the material distinguish between clay-coated and uncoated variants based on the specific aesthetic or functional needs of the final package. Producers monitor the yield of the recovery process, which tracks the amount of usable fibre retained after the de-inking and cleaning phases. Fluctuations in recovered paper prices directly influence the input costs for mills operating on a recycled-only feedstock model.
Regulatory requirements for packaging recyclability prioritize the use of these materials over plastic alternatives in consumer goods supply chains.
Material Performance
Mechanical properties such as burst strength and compression resistance determine the suitability of the board for shipping heavy commodities. Increased concentrations of short fibres from multiple recycling loops often reduce the tensile strength of the paperboard relative to virgin grades. Manufacturers compensate for this loss by layering higher-quality fibres on the outer surfaces of the board while placing lower-quality grades in the center.
Density remains a primary metric for assessing the stability and protection levels provided by the board during transit. Performance limits emerge once the fibre length distribution becomes too degraded to maintain structural integrity under standard load conditions.