Peeling & Delamination: Restoring the Bond of the Natural Nail.
Nail delamination, commonly known as peeling, is the physical separation of the keratin layers within the nail plate. This guide explains the Maxus Method for restoring the intercellular bond through the use of non-occlusive resins and lipid-loading, preventing the structural collapse that leads to thinning and breakage.
The Science of Delamination The human nail plate is comprised of approximately 25 to 30 layers of flattened keratin cells. These layers are held together by a "glue" of natural lipids and moisture. Delamination occurs when this intercellular bond is disrupted—often by excessive water exposure, harsh chemicals, or "picking" at enhancements—causing the layers to peel apart at the free edge.
Why "Hardeners" Often Fail
Many traditional nail hardeners use formaldehyde to create cross-links between keratin fibers. While this makes the nail feel hard, it also makes it extremely brittle. For a peeling nail, this is counterproductive; the nail needs flexibility to stay bonded. If the nail is too hard, the layers will continue to shatter and peel under pressure.
The Maxus Method: Bonding the Layers To resolve peeling, we must address the structural failure of the bond.
Step 1: Reinforcement. Apply Strengthener 2.0. This formula is designed to act as a "structural bridge," filling the gaps between the delaminated layers and sealing the free edge to prevent further separation.
Step 2: Lipid Restoration. Peeling is often a symptom of "lipid drought." By applying Jojobalieve It, you deliver bio-identical oils that penetrate the keratin stack, replenishing the natural "glue" that keeps the layers integrated.
Environmental Triggers to Avoid
The Water Trap: Every time your nails soak in water, they swell. As they dry, they contract. This "accordion effect" is the #1 cause of peeling. Always wear gloves during manual labor and apply a lipid barrier before water exposure.
Mechanical Trauma: Using your nails as tools (opening cans, scraping labels) puts leverage on the free edge, physically prying the keratin layers apart.
Peeling & Delamination FAQ
Q: Why do my nails only peel at the tips?
A: The tips (the free edge) are the oldest part of the nail and have undergone the most environmental stress. This area has the lowest concentration of natural lipids, making it the most likely place for the intercellular bond to fail.
Q: Can I buff away the peeling layers?
A: We do not recommend aggressive buffing. While it smooths the surface, it also thins the nail plate, making it even more prone to future peeling. Instead, seal the layers with a non-occlusive strengthener to protect the remaining thickness.
Q: How long until my nails stop peeling?
A: You can seal the current peeling immediately with the Maxus Protocol, but total resolution occurs as the damaged section grows out and is replaced by new, lipid-rich keratin—typically a process of 8 to 12 weeks.