Fluffe Belle - Dramatic, Faux, Volume | Pre-Glued | 5 to 10 Days Wear
4.7 (166)
$46.99 AUD
In stock
Key Features
5-10 days
band free
Pre-glue
Waterproof
11-14mm
C curl
30-Day Returns
Free Shipping
Premium Quality
Fluffe Belle
Halo Feathered Collection
Soft, fluffy lashes with feather-light volume that lasts.
Meet Fluffe Belle, your go-to style for fuller, fluffier lashes without the weight. Part of our Halo Feathered Collection, these pre-glued, band-free lash clusters create soft volume while blending beautifully with your natural lashes for an effortlessly polished finish.
Designed with an upgraded adhesive formula, they're ready to apply straight from the tray no extra glue needed. Waterproof, sweat-resistant, and made to last up to 5ā10 days with proper care, Fluffe Belle gives you fuller-looking lashes that still feel incredibly lightweight.
Best For
Soft, fluffy volume
Everyday glam or special occasions
Fuller lashes with a lightweight feel
Anyone who wants long-lasting, pre-glued lash clusters
Looks Like
Soft, feathered volume with a fluffy finish that adds fullness while keeping your lashes light and natural-looking.
Why You'll Love It
Part of the Halo Feathered Collection
Fluffy, fuller-looking finish
Pre-glued for quick, fuss-free application
Band-free design for an invisible, lightweight feel
Waterproof and sweat-resistant
Lasts up to 5ā10 days with proper care
Lightweight synthetic fibres for comfortable everyday wear
Ā
Fluffe Belle Pre-glued Lash Clusters
How to Apply
Step 1 ā Lift
Using a lash applicator or tweezer, gently lift a lash cluster from the centre or outer section of the tray.
Step 2 ā Place
Position the cluster underneath your natural lashes, just above the waterline. Continue applying until you've achieved your desired look.
How to Remove
Gently lift each lash cluster from the band near the waterline. No makeup remover is required.
Care & Storage:
Remove lash clusters gently to help maintain their shape.
Store the lashes in the original case after each use.
Keep in a cool, dry place away from direct sunlight.