

GOING BRALESS DURING WINTER? WHY NOT?
Our Cotton+™ Thermal Lace Padded Cami combines the softest cotton fabric and the most comfortable cut in order to provide a thermal cami that you can wear all day long, thick enough to keep you warm from the winter cold.
Sexy deep V neckline make you look sexier and charming, providing a warm but not fluffy feeling and showing charming curves. Long enough to cover your hip, so you don't have to worry about it going upwards. Also never slip off your shoulders!
Not only can it be used as a layered undershirt for an outfit, but also as a top. It is seamless for a smooth look to hide underneath your clothing. Wicks sweat away from your body, keeping you dry and comfortable, during everyday wear and outdoor activities.
FEATURES:
- 2-IN-1 CAMICOLES
Built in bra use removable pads, V-neck line with sexy lace trim, solid color wide straps. offering enough support without feeling constricting.
- SEXY DESIGN
Its deep V neck & lace design add feminine appeal, you will be more sexy and charming. Removable breast pads allow you to wear your own bra. - EXQUISITE LACE DESIGN
Delicate floral lace design adds femininity to the thermal camisole top and offers a free movement and flexibility under your outer styling. Without discomfort and or the irritation. - PERFECT YOUR BODY SHAPE
The fleece lined thermal tank top can instantly lift up your breast, slim your back and smooth your body shape, creating beautiful curve. A must-have versatile camisole tank top to add to your wardrobe.
- SUPER STRETCHY
Super soft and elastic that no dig in or slip down happen, while tank top with a removable pads, you could change its status whenever you want, is so convenient.
- WIDELY APPLICABLE
Perfect for any occasions such as yoga, fitness, jogging, weight training and so much more.
SPECIFICATIONS:
- MATERIAL: 90% Cotton, 10% Spandex
- COLOR: Black / Skin / Khaki / Caramel
PACKAGE INCLUDES:
- 1 x Cotton+™ Thermal Lace Padded Cami

SHIPPING DELAY NOTICE:
Please be expected 2-4 weeks shipping delay due to High Volume of Order