Hemline Raglan Shaped Shoulder Pads - White - Small 13x12cm

Currently unavailable

Currently unavailable
The Hemline Raglan Shaped Shoulder Pads are an essential tailoring tool for DIY sewing enthusiasts and professionals looking to refine the silhouette of garments featuring raglan or dropped shoulder designs. These pads provide a sophisticated, professional finish by smoothing the shoulder line and covering the shoulder bone without introducing unnecessary bulk. While they offer excellent structural support, users should ensure the size matches their garment's armscye to maintain a natural drape.
| Model Part Number | H917.S |
|---|---|
| Brand | Hemline |
These are specifically shaped for raglan and dropped shoulders; they may not provide the correct lift for standard set-in sleeves.
While the cotton and foam are durable, hand washing is recommended to preserve the shape of the foam over time.
Sew small plastic or metal snap fasteners to the shoulder seam of your garment and the corresponding points on the shoulder pad.
The pads are designed to be subtle, but for very sheer fabrics, it is best to place them between the garment and a lining layer.
Yes, the foam can be carefully trimmed with sharp fabric shears, but ensure you leave enough cotton fabric to fold over and finish the edge.
Ensure the pads are centered correctly and the seam allowance is pressed flat before securing the pads.
Increase the number of attachment points or secure them more firmly to the shoulder seam allowance.
To install, pin the pad into the inside of the garment at the shoulder seam. If opting for a sew-in method, use a blind stitch along the seam allowance to attach the cotton cover to the garment lining. For a detachable option, sew small snap fasteners to both the pad and the garment interior. When caring for the garment, it is recommended to hand wash items containing these pads in cool water to prevent the foam from distorting. If you must machine wash, use a gentle cycle with a mesh garment bag and air dry to maintain the shape of the foam core.