Glitterbels Hema Free Gel Polish
Created by Instagram sensation Annabel Maginnis (@nails_by_annabel_m), Hema Free Gel Polish is a highly pigmented and smooth to apply with hundreds of amazing colours to choose from. Glitterbels Hema Free Gel Polish is a premium gel polish formula, boasting a huge array of colours that contain no Hema.
These vegan gel polishes have been manufactured and tested to cure perfectly and are suitable for clients who have been overexposed or allergic to Hema. The Glitterbels Hema-Free gel polish range includes 150 colour options, so you do not have to compromise on colour if you choose to move across to this gel polish range. There will be exact colour matches and other new shades being made available.
Hema, also known as hydroxyethyl methacrylate, is considered the number one allergen in nail and cosmetic products. More specifically, when Hema is included in gel polish, the hydroxyethyl methacrylate monomers polymerise the polish, giving it a hardened, shiny finish.
Created by Instagram sensation Annabel Maginnis (@nails_by_annabel_m), Hema Free Gel Polish is a highly pigmented and smooth to apply with hundreds of amazing colours to choose from. Glitterbels Hema Free Gel Polish is a premium gel polish formula, boasting a huge array of colours that contain no Hema.
These vegan gel polishes have been manufactured and tested to cure perfectly and are suitable for clients who have been overexposed or allergic to Hema. The Glitterbels Hema-Free gel polish range includes 150 colour options, so you do not have to compromise on colour if you choose to move across to this gel polish range. There will be exact colour matches and other new shades being made available.
Hema, also known as hydroxyethyl methacrylate, is considered the number one allergen in nail and cosmetic products. More specifically, when Hema is included in gel polish, the hydroxyethyl methacrylate monomers polymerise the polish, giving it a hardened, shiny finish.
Hema-free gel polish formulas do not include the tiny Hema molecules that can enter the skin and cause allergies. Instead, they may contain larger molecules that do not penetrate the skin and are not reactive under UV/LED light.
