HELIOCARE 360° Fluid Cream SPF50+ | Hydrating Sunscreen | 50ml

Product Overview - HELIOCARE 360° Fluid Cream SPF50+. The HELIOCARE 360° Fluid Cream SPF50+ is a professional-grade daily sunscreen that delivers exceptional full-spectrum protection whilst nourishing and hydrating the skin. This luxurious light cream formula features an advanced hydration system designed to leave skin feeling soft, supple, and radiant with a beautiful dewy finish.. Powered by Heliocare's exclusive Fernblock® Technology derived from the tropical fern Polypodium leucotomos, this clinically-proven formulation provides superior defence against UVA, UVB, visible light, and infrared-A radiation. The cream also incorporates a sophisticated BioShield System with Fractional Biomimetic Melanin to absorb high-energy visible light and counteract infrared-A damage. Enhanced with DNA Repair Enzymes, Vitamin C, Vitamin E, and Green Tea Extract, this professional sunscreen actively works to repair sun-induced damage whilst preventing premature ageing. Suitable for dry, normal, and mature skin types, as well as Fitzpatrick skin types I-V.. Key Benefits at a Glance:. Immediate Benefits:. Full-spectrum protection with SPF50+ and PA++++ against UVA, UVB, visible light, and infrared-A radiation. Instant hydration through an advanced moisture-retention system that leaves skin feeling soft and nourished. Dewy, radiant finish with a subtle natural colour that helps even skin tone without acting as a tint. Lightweight, non-greasy texture that absorbs quickly and layers beautifully under makeup. Gentle formulation tested on sensitive skin and around sensitive eyes for optimal comfort. Long-Term Benefits:. With consistent daily use, this professional sunscreen helps prevent premature skin ageing by protecting against environmental aggressors and free radical damage. The Fernblock® Technology has been clinically proven to reduce redness, minimise pigmentation, and prevent collagen breakdown, whilst the integrated DNA Repair Enzymes actively work to reverse sun-induced cellula