Description:
1. This product is made of soft sponge-covered PE film laminated with flocking cloth, which is delicate and durable.
2.Compaction finished products without cracking down phenomenon.
3.Planted short plush, save the oil without falling down, loved by everyone.
4. The glove can be used with any type of self tan formulation from creams ,to mousses ,sprays and tinted moisturizers .
5.This self-tanning mitt has a spongy application side, backed by plastic to protect your hand while you apply fake tan. It ensures quick and even false-tan application, without streaks, blotches or accidental splashes.
Specification:
100% Brand and New
Color:Black 1,Black 2,Brown 1,Brown 2
Size: As the Pictures Shown
Material:Flocking sticker sponge + cloth
Production process:Flocking, PE film, paste synthesis
Package Included:
1Pcs Glove
Note:
1. Please forgive 1 cm/0.39″-3 cm/1.18″ measuring deviation due to manual measurement.
2. 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.
Features:
1. This product is made of soft sponge-covered PE film laminated with flocking cloth, which is delicate and durable.
2.Compaction finished products without cracking down phenomenon.
3.Planted short plush, save the oil without falling down, loved by everyone.
4. The glove can be used with any type of self tan formulation from creams ,to mousses ,sprays and tinted moisturizers .
5.This self-tanning mitt has a spongy application side, backed by plastic to protect your hand while you apply fake tan. It ensures quick and even false-tan application, without streaks, blotches or accidental splashes.
Description:
100% Brand and New
Material:Flocking sticker sponge + cloth
Production process:Flocking, PE film, paste synthesis
Size:As shown(1 inch = 2.54cm)
Color:Pink
Package Includes:1pcs Glove
Note:
Please be aware that due to your computer monitor display the color may have some difference between the picture and the real item.
There is 2-3% difference according to manual measurement.