Structural Specification
Fabric geometry defines the numerical count of individual yarns running horizontally and vertically within a set area of a finished cloth. Thread density ends picks quantify these two dimensions by counting the warp yarns termed ends and the filling yarns termed picks per centimeter or inch. Inspectors record these counts on a mill production sheet after the loom cycle finishes but before the finishing phase begins.
Variability in these counts alters the physical properties of the linen including its weight and breathability. Accurate measurement requires a calibrated pick glass or an automated optical sensor to ensure the cloth meets the technical requirements set by a buyer.
Measurement Protocol
Technicians calibrate their equipment against a standard steel rule to guarantee that the counting field remains consistent across different areas of the bolt. Discrepancies between the warp count and the filling count reveal tension imbalances that developed during the shed formation or the beat up process. A variance exceeding the agreed tolerance levels prompts a physical inspection of the reed alignment and the shuttle mechanism.
Small deviations indicate minor shifts in fibre tension during the spinning phase while large gaps suggest mechanical errors during the weaving operation.
Commercial Impact
Final payment terms hinge upon these figures since the weight of the material depends directly on the quantity of fibre present. Buyers often apply a penalty if the counts fall below the threshold established in the contract. Export documentation identifies this specific density to ensure that shipments comply with customs classifications for heavy or light linen goods.
A higher count implies increased stability and durability for the final product which commands a premium in the market. Consistent documentation of this metric provides the audit trail for quality assurance from the initial flax harvest to the retail shelf.