2 Pair Shoulder Pads, Breathable Foam Enhancer with 1.5cm Thickness 16x9cm Dimensions, Sewing Supplies for Clothing, Fits Blazers Suits Shirts Dresses, for Women Men Round Sloping Shoulders

SNMYGS

Product Inclusion and Build: This set features set-in shoulder pads made from breathable foam material in a skin color tone. Each pad has an inner arc length of 16cm, width of 9cm, and consistent 1.5cm thickness, ready for sewing into various garments like blazers, suits, shirts, and dresses for both women and men, providing a versatile addition to your sewing supplies for shoulder enhancement. Shoulder Shaping Thickness: The 1.5cm dense foam padding offers structured support to shape and correct sloping or high-low shoulders, contributing to a balanced silhouette in clothing items such as blazers and suits. This thickness helps address shoulder asymmetry without adding bulk, making it suitable for discreet use in dresses and shirts for improved fit. Comfort-Focused Design: Crafted with breathable sponge material, these shoulder pads allow air circulation to maintain comfort during wear in apparel like blazers and dresses. The breathable foam ensures shape retention while keeping you comfortable, ideal for extended use in various garments without compromising on flexibility or ease of movement. Straightforward Sewing Method: Designed with a set-in style, these shoulder pads facilitate easy sewing integration into garments including t-shirts, blazers, and suits. The simple attachment process enables quick modification of clothing for better shoulder definition, making these pads a user-friendly choice for enhancing blazers, shirts, and dresses with basic sewing techniques. Precise Dimension Information: Each shoulder pad is sized with a 16cm inner arc, 9cm width, and 1.5cm thickness, tailored to fit and correct uneven shoulders in a range of apparel. These dimensions ensure effective support for sloping shoulders in clothing like suits and dresses, offering a reliable solution for both women and men seeking to improve garment structure through sewing.