NIOD Multi-Molecular Hyaluronic Complex 15ml

About this product

Flood your skin with multi-depth hydration, encourage natural hyaluronic acid production, and restore structural bounce with the NIOD Multi-Molecular Hyaluronic Complex (MMHC2), an advanced serum engineered to re-drench the skin matrix.. Specially formulated for skin profiles suffering from persistent dehydration, surface crepiness, loss of volume, and fine lines, this second-generation hydration serum moves far beyond traditional hyaluronic acid products. While basic HA serums use large molecules that rest on the surface, MMHC2 combines 15 forms of hyaluronic compounds, precursors, and peptide complexes in a water-thin fluid. By penetrating multiple dermal layers simultaneously, it delivers multi-depth moisture, visibly plumps expression lines, and supports long-term skin elasticity.. Benefits. Multi-Depth Hydration Network: Combines 15 hyaluronic compounds to drench skin from the surface down to deep dermal layers.. Encourages Natural HA Synthesis: Infused with hyaluronic precursors that signal skin cells to produce their own hydration internally.. Instant Plumping & Smoothing: Fills out fine dehydration lines and restores cushiony bounce to sagging skin structures.. Protects Against Hydration Loss: Shields the skin’s natural moisture barrier from environmental stress and water loss.. Ultra-Featherlight Water Fluid: Absorbs instantly without feeling sticky, tacky, or rolling under subsequent skincare layers.. The Science Behind the Formula. NIOD utilises bio-tech peptide complexes and low-molecular HA technologies to structurally transform skin hydration:. Direct Form Hyaluronan (Direct HA): Provides immediate surface hydration and softening for an instantly smooth, dewy canvas.. Enzyme-Reacted Hydrolysed HA: Ultra-low molecular weight HA that penetrates deep into dermal layers to support skin elasticity and structural repair.. Bio-Complex HA Precursors: Specialised yeast-derived building blocks that support natural hyaluronic acid synthesis within skin cells.. Mu