Description
How to Use
Key ingredients
LPB11810-1E
Jane Iredale Amazing Base Refillable Brush
Amber - medium light with gold undertones
Amber - medium light with gold undertones
Bisque - fair with light gold undertones
Golden Glow - medium with strong gold undertones
Honey Bronze - medium with pink undertones
Ivory - fair with neutral undertones
Latte - medium/dark with gold brown undertones
Light Beige - light with pink/beige undertones
Natural - medium light with pink undertones
Radiant - medium light with neutral undertones
Satin - medium light with peach undertones
Suntan - medium with neutral undertones
Warm Sienna - medium light with strong gold undertones
Warm Silk - light with gold undertones
116.00
Jane Iredale Amazing Base Refillable Brush
Over + certified product reviews
140 day returns
Learn more
Free Shipping on This Product!
Learn more
Delivery and Click & Collect
Check your delivery time
FREQUENTLY ASKED QUESTIONS
(# QUESTIONs)
Jane IredaleJane Iredale Amazing Base Refillable Brush
Q.
What is Jane Iredale Amazing Base Refillable Brush?
A.
Jane Iredale Amazing Base Refillable Brush is a loose mineral powder foundation that comes with a refillable brush.
Q.
What are the ingredients of Jane Iredale Amazing Base Refillable Brush?
A.
The ingredients of Jane Iredale Amazing Base Refillable Brush are Mica, Boron Nitride, Zinc Stearate, Dimethicone, Stearic Acid, Plankton Extract, Algae Extract, Punica Granatum (Pomegranate) Extract.
Q.
What is the coverage of Jane Iredale Amazing Base Refillable Brush?
A.
Jane Iredale Amazing Base Refillable Brush provides medium to full coverage.
Q.
What is the shade range of Jane Iredale Amazing Base Refillable Brush?
A.
Jane Iredale Amazing Base Refillable Brush comes in 17 shades to match a wide range of skin tones.
Q.
How do I use Jane Iredale Amazing Base Refillable Brush?
A.
To use Jane Iredale Amazing Base Refillable Brush, remove the cap and slide the brush out. Swirl the brush in the powder and tap off any excess. Apply the powder to your face using circular motions.
Read more questions & answers