Brand: Five Brothers ProductsAchieve a cleaner, stronger manicure prep with Nail Primer Protein Bond 2-Pack, a non-acid nail primer designed to enhance adhesion and help reduce lifting for acrylic, gel, and gel polish applications

This protein bond nail prep creates a tacky bonding layer that supports a more secure attachment between your natural nail and your nail enhancement system, helping improve wear and performance over time

for salon pros and at-home users, this nail bonding agent works with a wide range of systems including acrylic nails, UV/LED gel polish, builder gel, and hard gel applications

Whether you’re doing full sets, overlays, or touch-ups, this primer helps deliver a smoother application and better retention for a polished, long-lasting result

Use as part of your manicure prep routine: apply a thin layer after proper nail preparation, allow it to dry, then continue with your base coat or enhancement system

I for anyone looking for a dependable gel nail primer, acrylic primer, or adhesion booster to support salon-quality results at home

• Stronger Adhesion & Less Lifting - Helps improve nail product adhesion to reduce lifting and enhance wear for acrylic, gel polish, builder gel, and nail extensions-i for long-lasting manicures• Non-Acid Formula for Nail Prep - A non-acid nail primer that supports strong bonding while being gentle for routine nail prep, making it a great choice for frequent users and salon professionals

• Protein Bond Technology - Designed to create a tacky bonding layer on the natural nail surface, helping your gel and acrylic system adhere better for a smoother, more secure application

• Works with Acrylic, Gel & Gel Polish Systems - A versatile nail bonding agent compatible with most professional systems: acrylic powder & liquid, UV/LED gel polish, hard gel, builder gel, and press-on applications

• Value 2-Pack + Easy Application - Includes two 0

34 fl oz bottles for home or salon use

Apply a thin layer after proper nail prep for better hold and improved manicure durability