EverActive C&E® + Peptide (Single)

For maximum antioxidant efficacy and anti-ageing benefit, AlumierMD’s EverActive C&E® + Peptide is the gold standard in our collection. It delivers 15% L-Ascorbic Acid USP, the only form of vitamin C with full clinical substantiation, in a unique freshness-preserving delivery system that keeps the active ingredient stable until the moment of use. This prevents the oxidation that renders most vitamin C serums ineffective, ensuring consistent, clinical-level performance. Applied in the morning, it provides the antioxidant defence required to neutralise the free radicals that drive Oxidative Ageing™.

Layering is a core component of a professionally prescribed AlumierMD regimen. As a general principle, thinner, water-based formulations are applied first, allowing them to penetrate before richer, emollient serums seal in their actives. However, the precise layering order, timing, and which serums to combine will depend on your specific skin concerns and sensitivities. A certified AlumierMD professional will build this sequence into your customised regimen to maximise efficacy and tolerability.

The appropriate frequency for retinol use is highly individual and depends on the strength prescribed, your skin’s baseline tolerance, and your treatment goals. AlumierMD’s tiered retinol range, progressing from 0.25 to 0.5 and 1.0, allows for a controlled, professionally guided introduction that builds tolerance over time. Our microencapsulated retinol formulations release the active gradually, reducing the risk of irritation while maintaining efficacy.

Oxidative Ageing™ is the process by which free radicals generated by UV, pollution, and infrared exposure damage the skin’s structural proteins and trigger visible premature ageing. AlumierMD serums address this through multiple mechanisms: antioxidants in EverActive C&E® + Peptide neutralise surface-level free radicals; Alumience A.G.E.® targets the glycation pathway that stiffens structural fibres; and retinol stimulates cellular renewal to replace damaged cells with healthier ones.