Fuchsia Bio-Glitter Sparkle
GLT-S-FSCHA-10G
     1 review  
Fuchsia Bio Glitter Sparkle is a beautiful cellulose based glitter that is part of the Bio-Glitter Sparkle line, the brightest glitters in the Bio-glitter family. It is 97% plastic-free, it has a high biodegradation performance in freshwater, with only 3% behind from meeting the OK Biodegradable WATER criteria certification. This Eco Friendly glitter is a great choice for a wide variety of DIY projects including Skin and Hair Products, Body Art & Tattoos, Cosmetics, Crafts and Melt & Pour Soap!
Product Details:
- Fuchsia Bio-Glitter Sparkle
 - This bio glitter is made from precision cut & specialized regenerated cellulose film that is coated with mineral pigments in a naturally derived resin.
 - This Bio Glitter is 97% Plastic Free
 - This Bio Glitter is soft to the touch and resistant to bleeding at low temperatures
 - This Bio Glitter is suitable for dry, water-based and oil-based applications
 - Size & Cut: 0.008 Hex Glitter
 
Approved Cosmetic Uses and Test Results:
- General: Yes
 - Lip Products: No
 - Eye Products: No
 - Skin Products: Yes
 - Hair Products: Yes
 - Nail Products: All Cosmetic Bioglitter® are suitable for use in nail art, UV nail and water based nail varnish applications. Cosmetic Bioglitter® SPARKLE has limited solvent resistance and should be tested before use in solvent based nail bases.
 - Bath Products: Wash off products
 - Melt & Pour Soap: Yes
 - Globally cosmetic compliant including EC regulation 1223/2009 and FDA Title 21 Cosmetic Regulations
 
Technical Information:
- INCI: Rayon (Cellulose Regenerated), Glycerin (Plant Derived), Aqua, Urea, Styrene/Acrylates Copolymer, CI 42090:2, CI 15850:1, CI 77000
 - Specific Gravity: 1.45 g/cm3 at 20°C
 - Thickness: .35 µm
 - Temperature Stability: 120°C (Dry Heat Stability with no change for 2 hours)
 - Glitter Type: 0.008 Hex
 - Plastic Content: 3%
 - Paraben & Phthalate Free
 - Recommended Usage Level: Use product as desired
 - Compliant with micro-bead and micro-plastic legislation with guaranteed biodegradation in natural, freshwater environments