Clusters Individual Fox Style Thick False Eyelashes

Enhance the allure of your eyes with Clusters Individual Fox Style Thick False Eyelashes, the ultimate choice for achieving mesmerizing and captivating eyelashes. These false eyelashes are designed to provide a stunning, voluminous, and foxy look that will make your eyes stand out.

KEY FEATURES

FOXY AND VOLUMINOUS LOOK - Clusters Individual Fox Style Thick False Eyelashes are specially designed to give your eyes a foxy and voluminous appearance. The lash clusters create a dramatic and captivating effect, making your eyes the center of attention.

HIGH-QUALITY CHEMICAL FIBER - Crafted from high-quality chemical fiber, these false eyelashes offer both comfort and durability. The material is soft and gentle on your eyelids, ensuring a comfortable fit. These lashes are also designed to last, making them suitable for multiple uses.

VERSATILE LENGTH - With a length of 12cm, these lashes strike the perfect balance between natural and glamorous. They provide enough length to enhance your eye shape while maintaining a realistic and wearable look.

LONG SHELF LIFE - Clusters Individual Fox Style Thick False Eyelashes have a shelf life of 3 years, ensuring you can enjoy their beauty for an extended period. Whether you use them for special occasions or daily wear, these lashes remain a reliable choice.

HOW TO USE

Step 1: Gently curl your own lashes with an eyelash curler before applying false lashes.

Step 2: Gently remove the false lashes from the base plate with a silver.

Step 3: Apply false eyelash glue to the stems.

Step 4: Leave in the air for a few moments for the lash glue to become translucent.

Step 5: Wear the false lash paste along the roots of the lashes.

SPECIFICATION

Type: 3-Row Set, 5-Row Set

Material: Chemical Fiber

Length: 12cm

Shelf Life: 3 years

PACKAGE INCLUDES

Clusters Individual Fox Style Thick False Eyelashes*1

NOTES

Please allow 2-3cm error due to manual measurement. Please make sure you do not mind before purchasing.

Color may not appear as exactly as in real life due to variations between the computer monitors.