Green Tea Multidirectional Pebble Wax
- Multidirectional Thin-Film Hard Wax: Green Tea Scented Multidirectional Pebble Wax is designed for application and removal in any direction of hair growth for greater control during waxing services.
- Strip-Free Removal: Flexible thin-film formula delivers clean, effective hair removal without epilating strips.
- Hydration + Comfort Support: Formulated with green tea extract, squalane, and hyaluronic acid to help support skin comfort and hydration during waxing.
- Low-Melting, Flexible Formula: Applies smoothly at a lower melting point and stays flexible for easier removal.
Product Information
Product Information
Shipping & Returns
Shipping & Returns






Green Tea Multidirectional Pebble Wax
Green Tea Multidirectional Pebble Wax
- Multidirectional Thin-Film Hard Wax: Green Tea Scented Multidirectional Pebble Wax is designed for application and removal in any direction of hair growth for greater control during waxing services.
- Strip-Free Removal: Flexible thin-film formula delivers clean, effective hair removal without epilating strips.
- Hydration + Comfort Support: Formulated with green tea extract, squalane, and hyaluronic acid to help support skin comfort and hydration during waxing.
- Low-Melting, Flexible Formula: Applies smoothly at a lower melting point and stays flexible for easier removal.
$9.90
Original: $32.99
-70%Green Tea Multidirectional Pebble Wax—
$32.99
$9.90Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
- Multidirectional Thin-Film Hard Wax: Green Tea Scented Multidirectional Pebble Wax is designed for application and removal in any direction of hair growth for greater control during waxing services.
- Strip-Free Removal: Flexible thin-film formula delivers clean, effective hair removal without epilating strips.
- Hydration + Comfort Support: Formulated with green tea extract, squalane, and hyaluronic acid to help support skin comfort and hydration during waxing.
- Low-Melting, Flexible Formula: Applies smoothly at a lower melting point and stays flexible for easier removal.









