Fabrics 101: Embroidering on ChiffonProducts Used
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Steps To Complete
Proms, graduations, weddings -- many formal occasions take place in the warmer months when lightweight fabrics such as chiffon are part of the fashion scene. As I mentioned earlier, chiffon is made from cotton, silk, or polyester. I tested designs on polyester chiffon as it is the common choice for most garments, and easier to find than the cotton or silk varieties. Although chiffon is a lightweight, sheer fabric, the weave of the fabric gives it a slightly rough feel. It is very see-through and has a little bit of stretch to it. |
Because chiffon is so transparent, I wanted to use a water-soluble stabilizer so that it would be entirely removed after stitching. I tested with Sulky Ultra Solvy. You can certainly use tear-away or cutaway stabilizers, but they'll be visible from the front side of your stitchout. |
To begin, I selected an open and light Swallow design. This design is composed entirely of satin stitches, so it was a good way to begin my test. Generally satin stitches are heavier than other types, so any tendency toward puckering or dimpling will be evident right away. After I finished stitching, I soaked the chiffon in warm water for 10-15 minutes until the stabilizer dissolved. Check your water-soluble stabilizer's packaging, instructions may vary. (Please note: if you are using silk chiffon, the care instructions are generally dry clean only.) |
Next I tested a design with a blend of satin and running stitches. I stitched the Avant Garden Flower 6 design onto the chiffon. |
Next, I selected two different styles -- one light, and one heavy. The results are shown below. |
The tulip design has a solid fill, and it's just too heavy for the light and delicate chiffon. You can see puckering of the fabric around the edge of the satin stitch border. Conversely, the light-and-breezy wattle stitchout on the left has no puckering. |
In addition to poor draping, the stitchout also has shifting and gapping in the results. The needle perforations caused the water-soluble stabilizer to disintegrate, leaving nothing behind to prevent the shifting of the fabric fibers. |