Denting Plan

Production Logic

The weaver must translate the designer draft into a physical arrangement of threads according to the denting plan for each warp repeat. A higher count of ends per dent increases the risk of abrasion as the reed oscillates, while lower density configurations allow for bulkier yarns. Each mill establishes its own threshold for warp tension based on fibre type and lubricant content, which shifts the optimal choice of draft.

Proper alignment of these parameters within the weave room prevents long term mechanical fatigue on the looms. Failure to maintain correct spacing leads to reed marks and irregular fabric surface quality. Engineers check the reed hook speed and denting order to maintain uniform tension.

Quality Standard

Buyers define the acceptance criteria for yarn distribution through the reed as part of the final inspection protocol for woven linen goods. The mill maintains internal tolerance limits that allow for minor variations in yarn diameter, provided the total warp count per inch stays within the specified range. Inspectors measure the spacing between vertical elements to verify the density against the original denting plan requirements.

Linen fibre behaves differently than synthetic filaments under the stress of high speed weaving, necessitating precise calibration to avoid uneven cloth geometry. This constraint governs the maximum density allowed for high quality linen output before significant rejection rates occur. Differences in yarn count necessitate adjustments to the setup to ensure the integrity of the finished fabric.