Neon Pink Glitter Mica – 10g

Key Features:

1. Vibrant Neon Pink: The intense neon pink hue of this glitter mica will make your creations stand out and create a bold statement.

2. Dynamic Sparkle: Neon Pink Glitter Mica is formulated with fine glitter particles that catch and reflect light, providing a dynamic and sparkling effect.

3. Versatile Crafting: Suitable for a wide range of crafting projects, including soap making, bath bombs, cosmetics, and more.

4. Easy Blending: Incorporate Neon Pink Glitter Mica into your projects seamlessly thanks to its fine texture that blends smoothly.

5. High-Quality Pigments: Crafted with quality pigments for vibrant and long-lasting color that won’t fade.

Recommended Usage:

– Soap Making: Add Neon Pink Glitter Mica to your soap designs for a captivating and vibrant pop of color and sparkle.

– Bath Bombs: Infuse your bath bombs with a mesmerizing neon pink shimmer that will delight bath time enthusiasts.

– Cosmetic Formulations: Create bold and vibrant cosmetics, such as eyeshadows and body glitters, that are sure to turn heads.

Instructions for Use:

1. Sprinkle or mix Neon Pink Glitter Mica into your crafting medium for an even distribution of sparkle and color.

2. Experiment with different levels of mica to achieve your desired level of vibrancy and shimmer.

3. Test the mica in a small batch before using it in larger projects to ensure the desired effect.

Caution:

Neon Pink Glitter Mica is intended for external use only. Avoid inhalation and contact with eyes. If irritation occurs, discontinue use and seek medical attention.

Capture the Neon Glow:

Embrace the vibrancy and energy of neon with Neon Pink Glitter Mica. Whether you’re creating products that make a statement or looking to add an element of fun and excitement to your crafts, this mica will deliver a dazzling and captivating effect that’s impossible to ignore. Infuse your creations with a burst of neon pink sparkle and watch them come to life with a dynamic glow that’s sure to leave a lasting impression.