Drafting Arrangement
Distribution of warp ends across a loom reed determines the final width and density of linen fabric after it leaves the loom. This reed denting draft specifies exactly how many yarns pass through each gap in the metal reed to ensure uniform spacing during the production process. Mills document this configuration in the technical weaving order to prevent defects such as striping or tension imbalances in the grey goods.
Production Logic
Weavers calculate the total number of warp ends against the reed count to assign a consistent number of yarns to every dent. High density linen weaves require two or more yarns per dent to maintain structural stability while single yarn placement serves lighter weights. Technicians verify these instructions against the warp sheet before mounting the beam to align the yarn count with the intended fabric specification.
Acceptance Boundary
Quality managers evaluate the woven output against the original design to detect deviations from the planned denting pattern. Mismatched yarn distribution creates permanent visual streaks in the linen that persist through bleaching and finishing. Proper adherence to the pattern prevents physical damage to the warp fibres during high speed mechanical insertion.
Final conformity relies upon the rigid mechanical precision of the reed as it pushes the picks into the falling cloth.
