Abstract
Paper and paperboard products are often subjected to edgewise compression loads in use. The basic component of paper and paperboard is the individual pulp fiber. Observance of external changes on the fiber wall should provide information as to how and why pulp fibers fail under compressive load. A fiber compression device was designed for use in the specimen chamber of a scanning electron microscope. This device permits observation of changes in the cell walls of individual pulp fibers while the fiber undergoes longitudinal compressive loading.
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