Vớ silicone dưỡng ẩm loại bỏ da chết cho chân tại Lotte Market

Giới thiệu Vớ silicone dưỡng ẩm loại bỏ da chết cho chân tại Lotte Market

Description:

New high quality
Gentle cleansing, moisturizing water
Enhances the soft and smooth skin of the feet
Helps improve dry feet, rough skin and tanning
Soft and smooth skin
Moisturizes skin, helps moisturize dry skin

Exfoliating hard old calluses and dead skin
Moisturizes skin, leaving skin firm and supple
Sealed design, double-layer film clothing, easy to absorb
Remove thick feet and horny, release foot pressure
Make your feet soft, smooth, comfortable, gentle care, healthy
Comfortable to fit your feet


How to use:
User Manual- the correct instruction is very important, will influence the effect of foot mask.
1. wash and soak your feet with hot water, then dry your feet.
2. use the scissor to cut the seal of the foot mask package.
3. wear the foot mask, we recommended to wear a pair of normal socks outside to assure sufficient contact with essence.

4.remove the foot mask after 35-95 mins, then clean your feet.
5. Most people start to peel off dead skin after 48-hours use, but due to different skin type, someone may needs to use 2-3 pair, please use foot mask again 48 hours later.
6. do not use the mask if you have active cut or wounds.
7. we suggest you to soak your feet with hot water after 48-hours use.

Tips

1. The outer layer of dead skin will naturally start falling off from your feet after 3-7 days. For better results, soak feet in warm water after 48 hours of applying the masks.
2. In 1-2 weeks, the dead skin will fall off completely, leaving you with hydrated, smooth and baby soft feet. Skin is tender, therefore good care and nourishment are needed.
3. Results may vary individually.
4. Use immediately after opening.

Package Included:

1 Pair * Foot Sock

Note:
1.Due to the different monitor and light effect, the actual color of the item might be slightly different from the color which is showed on the pictures.
2.Please forgive 1 cm/0.39”-3 cm/1.18” measuring deviation due to manual measurement.