Skintique
iS Clinical Extreme Protect SPF 30 | Anti-Ageing Sunscreen | 100g
iS Clinical Extreme Protect SPF 30 | Anti-Ageing Sunscreen | 100g
Description
Description
Product Overview - iS Clinical Extreme Protect Treatment SPF 30. iS Clinical Extreme Protect Treatment SPF 30 is a professional-grade daily sunscreen treatment that integrates advanced anti-ageing technology with comprehensive sun protection. This innovative formulation features microfine Zinc Oxide and microencapsulated organic sunscreens combined with powerful botanical antioxidants to deliver unprecedented multilevel broad-spectrum UVA/UVB protection. Clinically proven to repair and protect collagen and cell DNA through proprietary Extremozyme® Technology, this treatment sunscreen offers extraordinary defence against environmental aggressors whilst providing lightweight hydration and antioxidant support. The lightweight, non-greasy formula is suitable for all skin types, including sensitive, mature, and post-procedure skin.. Key Benefits at a Glance:. Immediate Benefits:. Provides unprecedented multilevel broad-spectrum UVA/UVB SPF 30 protection against harmful solar radiation. Delivers lightweight hydration that smooths and softens skin texture without feeling heavy or greasy. Creates an immediate antioxidant-rich protective barrier against environmental stressors and free radicals. Reduces the appearance of erythema (sunburn) and soothes sensitive or compromised skin. Leaves skin with a natural, healthy-looking glow whilst functioning as an ideal makeup base. Long-Term Benefits:. With consistent daily use, this clinically advanced treatment sunscreen helps diminish the visible appearance of fine lines and wrinkles whilst protecting against premature photo-ageing. The proprietary Extremozyme® technology works continuously to defend collagen and cellular DNA from oxidative solar damage, helping to maintain skin's structural integrity and youthful appearance. Clinical studies demonstrate that regular application significantly reduces thymine dimer formation—a primary marker of DNA damage—resulting in healthier, more resilient skin that better withstands environmen
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