Be fashionable and sleekwith our Anti-Slip Invisible Shoulder Pads - aself-adhesive, breathable push-on padsyou can add to accentuate your body. Wear this with any of your stylish wardrobeand get the perfect, you're dreaming of - on the go!
Specially molded shoulder pads to highlight the broad shoulder shape - the self adhesive design iswashable, reusableand isnot easy to fall off. Suitable for bothmen and women- asimple solution to your shoulder problems;sloping, high and low and round shoulders. It iseasy to use and put on, you can barely feel it and you can totally enjoy all your stylish wardrobe.
Made ofpremium silicone or spongematerial -non-toxic, safe to use on skin; non-irritatingand easy to wear, odorless and eco-friendly. Staycomfortable yet stylish - wherever you go, be your most confident self anytime!
Natural Broad Shoulders: A pair of shoulder pads that can easily solve the following problems: sloping shoulders, high and low shoulders, round shoulders, sticking to the shoulder pads, immediately highlight the broad shoulder shape.
2-Way Application: Horizontal post to broaden your shoulder, complement your shoulder shape or vertical post to get rounded contours that look smooth under your clothes.
Invisible & Seamless: Contours the shape of your shoulders, no one will ever know you’re wearing pads.
Self Adhesive: Without any extra tools needed, the shoulder pads are easy to wear, not easy to fall off. Washable and reusable for multiple times of usage.
Breathable & Comfortable: Made of premium silicone or sponge which is in high air permeability, it provides an absolutely reliable hold and high wearing comfort with breathable and adhesive design.
Versatile Shoulder Enhancers: Suitable for both men and women, it is perfectly and seamlessly to be worn under any kinds of clothing in your fashionable wardrobe.
Material: Silicone/ Sponge
Color: Beige, Black
Size: S (8x13cm), L (9.5x13cm)
1 pair x Anti-Slip Invisible Shoulder Pads
SHIPPING DELAY NOTICE: Please be expected 2-4 weeks shipping delay due to High Volume of Order