






Luxe Organix DermaPRO Hypochlorous Acid 0.02% Clear Skin Defense Antibacterial Mist 100ml
Luxe Organix DermaPRO Hypochlorous Acid 0.02% Clear Skin Defense Antibacterial Mist is a gentle face and body mist formulated to help cleanse, purify, and refresh the skin throughout the day. Featuring 0.02% Hypochlorous Acid, Luxe Organix DermaPRO Hypochlorous Acid 0.02% Clear Skin Defense Antibacterial Mist helps support the skin barrier while soothing the appearance of redness and irritation for a healthier-looking complexion.
Keep skin feeling fresh and comfortable with a convenient mist designed for everyday use.
Key Benefits:
- Helps support the skin barrier
- Helps maintain a cleaner and fresher skin surface
- Helps soothe visible redness and skin discomfort
- Provides a refreshing feel for face and body
- Suitable for sensitive skin types
- Lightweight, non-sticky mist formula
- Can be used before makeup application or throughout the day for a quick refresh
- Fragrance-free and dermatologically tested
Original: $15.19
-65%$15.19
$5.32Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Luxe Organix DermaPRO Hypochlorous Acid 0.02% Clear Skin Defense Antibacterial Mist is a gentle face and body mist formulated to help cleanse, purify, and refresh the skin throughout the day. Featuring 0.02% Hypochlorous Acid, Luxe Organix DermaPRO Hypochlorous Acid 0.02% Clear Skin Defense Antibacterial Mist helps support the skin barrier while soothing the appearance of redness and irritation for a healthier-looking complexion.
Keep skin feeling fresh and comfortable with a convenient mist designed for everyday use.
Key Benefits:
- Helps support the skin barrier
- Helps maintain a cleaner and fresher skin surface
- Helps soothe visible redness and skin discomfort
- Provides a refreshing feel for face and body
- Suitable for sensitive skin types
- Lightweight, non-sticky mist formula
- Can be used before makeup application or throughout the day for a quick refresh
- Fragrance-free and dermatologically tested






