Navy Georgette Yoke: Tracing and Preparing a Slippery Fabric
A student has 1.5 m of dark navy polyester georgette for a kurta yoke. The design is a fine floral spray of 40 small motifs, each 2 to 3 cm across, to be traced in an 18 cm deep band on the front. The fabric frays badly when cut, slides on the table, and a 10 cm by 10 cm wash test shows 3% shrinkage along the length. The studio has blue carbon paper, white carbon paper, a tracing wheel, a water-soluble white marker, tailor's chalk and a light table. In an earlier batch, blue carbon on a pale fabric left smudges that did not wash out, and a tracing wheel on a loosely woven fabric left a line of holes that showed after stitching. The yoke must be cut with a 1 cm seam allowance and matched to a plain back yoke cut from the same length. The student wants to trace all 40 motifs before stitching begins.
1. Choose a tracing method for the navy georgette and reject the other options with reasons.
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Use the light table with the design on paper beneath the georgette and trace with the water-soluble white marker, testing first on a scrap and removing the marks with a damp cloth after stitching. Georgette is semi-sheer, so the light table shows a fine 2–3 cm motif without marking the fabric.
Reject blue carbon: it is invisible on navy and the earlier batch showed it can leave permanent smudges. White carbon is more visible but still risks dust smudges and a chalky surface that dulls the thread. Reject the tracing wheel: it perforates the georgette and the holes can show along the stitched line, and it drags the weave. Tailor's chalk is too thick for 2 cm motifs and brushes off as the hoop is handled. If the light table is unavailable, prick-and-pounce with white chalk powder is the second choice, pounced lightly; never use a hard pencil, which can tear the fine yarns. Mark all 40 motifs before stitching only if the marker is truly water-soluble; otherwise mark in sections to avoid handling the marks.
2. Sequence the fabric preparation from washing to hooping, using the shrinkage figure and the required yoke pieces.
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Shrinkage: 3% of 1.5 m = 4.5 cm, so usable length after shrinkage is about 145.5 cm. The front and back yokes need about 80 cm including 1 cm seam allowances, so the length is ample; still pre-shrink before cutting.
Sequence: (1) overlock or zigzag both cut ends before washing to reduce fraying; (2) soak in lukewarm water without detergent for 10 minutes, rinse, roll in a towel and dry flat in shade-do not wring; (3) press on the reverse at low heat; (4) straighten the grain by pulling a weft thread and cut on grain; (5) cut the yoke pieces with 1 cm seam allowance plus 1 cm extra on the traced band; (6) back the traced area with tear-away or water-soluble stabiliser and hoop with tissue paper between hoop and fabric.
If the fabric is polyester, a hot iron can cause new shrinkage, so test the iron temperature on a scrap first. Cut after pre-shrinking, not before, otherwise the traced band will distort when the piece is washed later.
3. Explain how you would prevent puckering and fraying during stitching, and state one check to make after the first motif.
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Use a size 9 needle and 2–3 strands; a thick needle and six strands will make holes that cannot close on georgette. Hoop only the area being worked and use a frame rather than holding the fabric. Work the outlines first in split stitch to give a base, then fill; keep thread carries short and darn them at the back. Do not pull the thread after each stitch-let the loop lie flat and unthread the needle if the thread twists. Finish raw edges before stitching and handle the piece with clean, dry hands; a strip of water-soluble stabiliser under the motif prevents the fine yarns from shifting.
After the first motif, check three things under daylight: whether the stabiliser has released cleanly, whether the reverse shows tangled carries, and whether the marker has removed without a ghost line. If any check fails, change the method before tracing or stitching the remaining 39 motifs. The first motif is the test; the other 39 should not repeat a fault.