TULIP DEW SUNSCREEN SERUM
Bloomeffects Tulip Dew Sunscreen Serum is a 100% mineral SPF 50 sunscreen serum enriched with essential multivitamins for everyday protection and a dewy glow. This innovative serum provides comprehensive protection against environmental irritants such as UVA and UVB radiation, pollution, blue light, and free radicals.
Target Concerns:
→ Sun Protection
→ Environmental Defense
→ Skin Hydration
→ Skin Types: Suitable for all skin types.
Skin types:
Suitable for all skin types, especially those looking for a light texture that still delivers a healthy glow!
Key Ingredients:
→ BLOOMEFFECTS PROPRIETARY TULIP COMPLEX:
Rich in antioxidants, natural moisturizing factors, and amino acids, leaving the skin feeling smoother and softer.
→ ZINC OXIDE:
A stable mineral ingredient that deflects UV rays away from the skin, providing broad-spectrum protection against harmful sun exposure.
→ JOJOBA OIL:
Known for strengthening the skin's lipid barrier, jojoba oil aids in healing and protects the skin from free radical damage.
Bloomeffects Tulip Dew Sunscreen Serum is a 100% mineral SPF 50 sunscreen serum enriched with essential multivitamins for everyday protection and a dewy glow. This innovative serum provides comprehensive protection against environmental irritants such as UVA and UVB radiation, pollution, blue light, and free radicals.
Target Concerns:
→ Sun Protection
→ Environmental Defense
→ Skin Hydration
→ Skin Types: Suitable for all skin types.
Skin types:
Suitable for all skin types, especially those looking for a light texture that still delivers a healthy glow!
Key Ingredients:
→ BLOOMEFFECTS PROPRIETARY TULIP COMPLEX:
Rich in antioxidants, natural moisturizing factors, and amino acids, leaving the skin feeling smoother and softer.
→ ZINC OXIDE:
A stable mineral ingredient that deflects UV rays away from the skin, providing broad-spectrum protection against harmful sun exposure.
→ JOJOBA OIL:
Known for strengthening the skin's lipid barrier, jojoba oil aids in healing and protects the skin from free radical damage.