SeaSpark manufactures biodegradable glitter and shimmering materials derived from seaweed‑based biopolymers, providing non‑toxic, microplastic‑free alternatives for cosmetics, paints, soaps, and craft applications. The products decompose under normal environmental conditions and are delivered in recyclable or compostable packaging, allowing manufacturers and creators to meet sustainability goals without compromising visual performance.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional glitter is made from microplastic particles, toxic dyes, and metals that persist in the environment, contributing to widespread plastic pollution and posing health risks in cosmetics and decorative applications.
Solution
SeaSpark produces fully biodegradable, non‑toxic glitter and shimmering materials derived from seaweed and other renewable feedstocks. The product line includes loose glitter suitable for paints, cosmetics, soaps, and craft projects, as well as shimmering foil and confetti sheets that replace traditional plastic‑based decorations. By using natural dyes or structural‑colour techniques, the materials retain visual performance while breaking down safely after use. The company supplies these sustainable sparkle solutions to manufacturers and creators seeking eco‑friendly alternatives without compromising aesthetic quality.
Target Audience
Primary customers are cosmetics manufacturers, arts‑and‑craft suppliers, event‑planning firms, packaging designers, and DIY hobbyists who need high‑performance sparkle that aligns with sustainability goals.
Features
- 100 % biodegradable composition sourced from seaweed and other renewable biopolymers, eliminating microplastic waste.
- Non‑toxic formulation free from harmful dyes and heavy metals, meeting safety standards for cosmetic and personal‑care use.
- Loose glitter particles are mixable and compatible with paints, cosmetics, soaps, and a wide range of DIY formulations.
- Shimmering foil and confetti sheets produced from biobased materials, colored with natural pigments or structural colour for vibrant effects.
- Materials decompose under normal environmental conditions after their intended lifespan, reducing post‑consumer pollution.
- Customizable color palettes and particle sizes to match specific brand or project requirements.
- Packaging designed from recyclable or compostable materials to maintain a low overall environmental footprint.