PCA Skin – Dual Action Redness Relief 30ml

$252.00

A concentrated niacinamide treatment serum designed to calm visible redness while strengthening the skin’s protective barrier.

PCA Skin Dual Action Redness Relief combines a high level of niacinamide (vitamin B3) with advanced botanical extracts to reduce inflammation, minimise flushing, and support fragile capillaries that contribute to persistent redness. This lightweight formula helps restore skin balance, improve tolerance, and visibly even out the complexion over time.

Ideal for clients experiencing rosacea, chronic redness, sensitivity, or compromised barrier function, this corrective serum works to stabilise reactive skin while providing lightweight hydration.

Benefits

• Visibly reduces facial redness and flushing
• Helps strengthen fragile capillaries
• Calms inflammation and irritation
• Supports compromised skin barriers
• Improves skin comfort in reactive or rosacea-prone skin
• Provides lightweight hydration without clogging pores
Suitable for sensitive, reactive, and rosacea-prone skin types.

Application

After cleansing and applying corrective serums, apply a small amount to the entire face or areas of redness.
Use twice daily, morning and evening.
Follow with moisturiser and broad-spectrum SPF during the day.
For best results, pair with barrier-supporting and anti-inflammatory skincare products.

Key Ingredients

Niacinamide (Vitamin B3)
Strengthens the skin barrier, reduces inflammation, and improves overall skin resilience while helping to minimise visible redness.
Aldavine™ (Marine algae complex)
Targets vascular inflammation and helps strengthen fragile capillaries, reducing the appearance of diffuse redness and flushing.
Capparenols™ (Caper bud extract)
A potent anti-inflammatory botanical that helps calm reactive skin and reduce sensitivity.
Bisabolol
A soothing compound derived from chamomile that helps calm irritation and support skin healing.
Squalane
Provides lightweight hydration while reinforcing the skin barrier to prevent moisture loss.

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