20 Color Dip Nail Powder Kit No UV Lamp Needed

Our dip nail powder kit offers a convenient and damage – way to create stunning nails. No need for a UV LED nail lamp, it’s suitable for both beginners and nail art enthusiasts, and perfect for various occasions.

Features:
What You Can Get: The dipping powder kit includes 20 colors * 8g dipping powder, 4 * 10ml liquid (base coat, activator, top coat, and brush saver), along with a nail brush, nail buffer, nail file, nail stick, cuticle oil, cuticle pusher, and Replacement brush heads.
No Need for A UV LED Nail Lamp: Unlike gel nail polish, our dip powder doesn’t require a UV LED nail lamp. This saves you time and money and eliminates potential skin harm. It’s also easy for beginners to master.
Long – lasting and Easy to Apply: Just polish your nails, apply the base coat, then a thin layer of dip powder and repeat if necessary, and apply the activator. The top coat gives the nail surface a shine and prevents scratching, cracking, or peeling.
Create Stunning Nails without Damage: Our all – in – one dip powder starter kit helps you achieve beautiful nails without causing damage. It’s long – lasting, easy to apply, and has good tenacity, keeping you on trend.
Perfect for Any Occasion: This dipping powder set is ideal for holidays, birthdays, anniversaries, Valentine’s Day, and Mother’s Day. Whether you’re a nail art enthusiast or just starting out, it’s easy to master.

Specifications:
Set Options: There are multiple set options available.
Net Content: 20 * 8g, 4 * 10ml
Package Weight: Approximately 30 * 20 * 5cm/11.81 * 7.87 * 1.96in
Package Size: Approximately 450g/15.87oz

Package List:
20 * Dipping Powder
1 * Base Coat
1 * Activator
1 * Top Coat
1 * Brush Saver
1 * Nail Brush
1 * Nail Buffer
1 * Nail File
1 * Nail Stick
1 * Cuticle Oil
1 * Two – sided Cuticle Pusher
2 * Replacement Brush Heads

Please Notes:
1. The actual product may have slight differences from the pictures due to factors like monitor brightness and light conditions.
2. There may be slight measurement deviations due to manual measurement.