Arencia Cloud SPF50+ PA++++ Sun Stick With Hyaluronic Acid 18g

Description

Arencia Cloud SPF50+ PA++++ Sun Stick With Hyaluronic Acid 18g is a convenient skincare essential for everyday sun protection. Featuring SPF50+ and PA++++ protection, this sun stick helps protect the skin against UVA and UVB rays that can contribute to sunburn, premature skin ageing and visible sun damage.

Its practical stick format allows smooth, targeted application without the mess of traditional sunscreen lotions. Enriched with hyaluronic acid, it helps support skin hydration and maintain a comfortable, moisturised feel. Its compact size makes it easy to carry in your handbag, backpack or travel kit for convenient reapplication throughout the day.

Suitable for incorporating into your daily skincare routine, this sunscreen stick is ideal for outdoor activities, commuting, travelling and everyday use.

Key Benefits

• High Sun Protection: SPF50+ helps protect against UVB rays, while PA++++ indicates high UVA protection.

• Hydration Support: Hyaluronic acid helps attract and retain moisture in the skin.

• Convenient Stick Format: Easy to apply and carry for on-the-go sun protection.

• Mess-Free Application: Offers a practical alternative to traditional sunscreen lotions.

• Daily Skincare Essential: Helps protect skin from sun exposure when used as directed.

• Travel-Friendly Size: Compact 18g packaging is convenient for everyday use and travel.

How to Use

1. Apply evenly to exposed areas of the face and neck as the final step of your morning skincare routine.

2. Apply generously before sun exposure.

3. Reapply at least every two hours and after swimming, sweating or towel-drying, as directed.

4. Avoid direct contact with the eyes.

Product Specifications

• Brand: Arencia

• Product Name: Cloud SPF50+ PA++++ Sun Stick With Hyaluronic Acid

• Product Type: Sun Protection Stick

• Sun Protection: SPF50+ PA++++

• Key Ingredient: Hyaluronic Acid

• Net Weight: 18g

• Application Area: Face and exposed skin

• Usage: Daily sun protection