Meaning
Bulk handling operations encounter cost increases, product loss, and handling delays when transfer containers, intermediate bulk containers, or bulk liquid tankers are transferred into smaller commercial packaging formats. Industrial packaging facilities absorb labor charges, equipment clean-down costs, and material spillage during the transfer process from primary transport vessels into consumer-ready units. Decanting friction raises the landed cost per unit, reducing the price advantage gained by shipping raw materials or unformulated goods in bulk volumes.
This cost metric ceases to apply once liquid or granular product enters its final, shelf-ready containment format.
Process Cost
Specialized filling equipment requires capital investment, utility consumption, and continuous sanitation cycles between batch operations. Operating crews expend time connecting transfer hoses, monitoring volumetric pumps, and sealing retail containers. These operational steps add direct labor and overhead expenses to the total cost structure of the repackaged finished product.
Material Loss
Transfer processes inherently suffer from heel retention, where residual product remains stuck to tank walls, pipe networks, and filtration units. Physical evaporation during open decanting further reduces total usable output weight. Cumulative volume loss directly inflates effective raw material prices per finished pack.
Commercial Contract
Master supply agreements assign responsibility for processing losses between primary suppliers and contract packagers through allowable yield tolerances. Contracts specify standard scrap rates, placing financial liability on the toll processor if decanting friction causes yield losses above agreed percentages. Factoring these packaging expenses into initial supply contracts prevents post-shipment margin disputes between commercial trading partners.
