Natureglit PF Purple 015 HEX
| Substrate | Cellulose |
|---|---|
| Product line | Natureglit |
| Brand | Natureglit PF |
| Technical Description | Precision cut cellulose particles |
| Product type | Cellulose based particles |
| Chemical Composition | Upon request |
| Recommended applications | Arts & Crafts, Decorative paints |
| Particle size (micron) | 400 |
| Effect | Glitter |
| Market | Arts & Crafts, Coatings & Paints |
| Packing Details | 5 kg / 25 kg |
| Article number | 2165038 |
Description
Natureglit® PF Purple is a biodegradable, cellulose-based glitter fully compliant with EU Regulation 2023/2055 on intentionally added microplastics. Its purple cellulose particles deliver high brilliance and reflection, making it ideal for decorative coatings, paints, and arts & crafts. Designed to break down naturally in the environment, Natureglit® PF Purple is a sustainable alternative to traditional polyester glitter.
Documentation
About brand
Natureglit® PF is a next-generation biodegradable glitter engineered to fully comply with EU Regulation (EU) 2023/2055 on intentionally added microplastics. Made from a cellulose-based film derived from responsibly managed wood-pulp forests, it avoids synthetic polymers restricted under the regulation and meets all criteria for allowed biodegradable materials.
Its environmental credentials are supported by proven biodegradability according to OECD Guideline 301F, confirming that Natureglit® PF breaks down naturally and does not contribute to persistent microplastic pollution.
Crafted from a 35-micron metallized cellulose foil and available in 400 micron particle sizes, Natureglit® PF maintains exceptional brilliance, colour intensity, and reflection while meeting strict regulatory and sustainability requirements.
Thanks to its safety, compliance, and high visual impact, Natureglit® PF is ideal for a wide range of uses, including arts and crafts, decorations, coatings, formulations, and other creative or industrial applications seeking a fully compliant, eco-conscious glitter solution.
