Artificial Nail Enhancements and Extensions
The systems
Liquid-and-powder (acrylic): monomer liquid plus polymer powder, cured by chemical reaction - no lamp involved. Gel: photoinitiators cured under a UV/LED lamp. Wraps: fabric with resin or adhesive. Length is built with either a tip or a sculpting form.
Zones and structure
Zone 1 is the free edge (thin), zone 2 is the stress area where the apex belongs (thickest), and zone 3 is the cuticle area (thin). Product that is too thick at the cuticle lifts; product too thin at the stress area cracks.
Ratio is everything
The correct bead looks like a wet snowball - it holds its shape and neither drips nor crumbles. Too wet: shrinkage, bubbles, weakness, and skin overexposure. Too dry: brittleness, lifting, and a rough finish.
Prep and removal
Sanitize, push the cuticles back, remove shine from the plate with a fine buffer, dehydrate, and use primer only if the system calls for it. Overfiling thins the natural plate and causes sensitivity and lifting. Remove product by filing down the bulk and soaking in acetone with foil - never pry, bite, or rip it off, which delaminates the plate.
Chemical safety
Methyl methacrylate (MMA) is prohibited in Texas; use ethyl methacrylate (EMA) systems. Keep monomer lids closed, use local exhaust or a vented table, and avoid skin contact - repeated acrylate exposure can create a permanent allergy.
Traps
- A UV lamp does not "cure" acrylic.
- Primer balances pH and improves adhesion; it is not glue.
- More product does not mean stronger.
- Fill lines must be blended or the enhancement lifts.
Rule of thumb
Thin at the edges, thick at the stress zone.
Worked example: Your bead runs down the side of the nail. It is too wet - discard it, wipe the brush on a clean paper towel, and pick up a drier bead before applying.