Green Edible Glitter, Food Grade Mica Powder 10–60μm – F1105A

Note: Compliance documentation varies by destination market (EU, FDA, etc.). Buyers should request documentation specific to their regulatory context before specifying for production.

Grade Selection: Particle Size vs. Application Method

Particle size is the most consequential variable when specifying edible luster dust. The right grade depends on how it will be applied and what the finished surface needs to look like — not on shimmer intensity alone.

Common selection error: specifying a coarse grade for airbrush application. Grades above 100μm will block standard 0.3–0.5mm airbrush nozzles. For any spray application, stay within the 10–60μm or 20–80μm range.

Key Technical Characteristics

Pearlescent mechanism on a mica platelet: The green shimmer is produced by thin-film interference on a layered mica substrate — the same optical mechanism as industrial pearlescent pigments. The effect depends on viewing angle, which gives decorated surfaces a dimensional quality that flat food colorings cannot replicate.

Green on varied base colors: Green luster dust performs differently depending on the surface it is applied to. On white fondant or cream, the green shimmer reads clearly. On dark chocolate or black mirror glaze, the pearlescent light reflection becomes more prominent relative to the hue — the effect shifts toward a luminous, metallic green. Testing on your specific substrate before production is recommended.

Stability in food media: Mica-based pearlescent pigments are chemically inert and stable across the pH range typical of sugar syrups, chocolate, and standard beverage formulations. Color and shimmer are not meaningfully affected by the acid levels found in citrus drinks or fruit-based preparations under normal decorative use conditions.

Blending behavior: F1105A is compatible with other luster dusts in the Edible Glitter Series and with standard water-based and alcohol-based edible color systems. Blending green with gold luster dust shifts toward a bronze-green; blending with blue shifts toward teal. Small-batch testing is advisable before scaling any blend.

Application Range

Practical Usage Notes

Beverage suspension: Pre-disperse F1105A in a small volume of neutral spirit or sugar syrup before adding to the final drink. Direct addition to carbonated liquid causes uneven clumping. The 10–60μm grade suspends more uniformly and holds longer in still liquid than coarser grades.

Edible paint formulation: Mix with food-grade isopropyl alcohol or lemon extract to achieve a brushable consistency. A starting ratio of approximately 1 part powder to 4 parts liquid works for most brush applications; adjust for airbrush use — finer dilution and a 0.3–0.5mm nozzle. Allow each layer to dry before adding a second coat to build intensity.

Kolortek has supplied food-grade mica-based pigments for over 20 years, and the Edible Glitter Series is produced using the same substrate manufacturing controls applied across the broader pearlescent range. TDS, SDS, and ingredient composition documentation are available on request — useful for buyers who need to complete regulatory submissions or supplier qualification documentation before adding a new ingredient to a commercial product.

Frequently Asked Questions

Q: Why does my green edible glitter look different on dark chocolate vs. white fondant?
A: The visual output of a pearlescent pigment is partly a function of the base it sits on. On a white or light surface, the green hue dominates. On a dark surface, light reflection from the mica platelets becomes more prominent relative to the color — the shimmer reads more intensely and the hue can appear cooler or more metallic. This is inherent to the interference mechanism, not a batch variation. Test on your specific substrate before finalizing your decoration specification.

Q: Can I use the 10–60μm grade in a commercial beverage with a listed ingredient?
A: Whether mica-based pearlescent color can appear on a product label as a recognized food additive depends on the specific colorant coating chemistry and your target market's regulatory framework (EU, FDA, etc.). Contact us for ingredient composition data and we can advise on documentation options for your market.

Q: Is a TiO₂-free green edible glitter available?
A: Yes. A titanium dioxide-free formulation is available within the Edible Glitter Series. Specify this requirement when requesting samples or a quotation. Note that the hue and effect character of a TiO₂-free grade may differ slightly from the standard formulation due to the role TiO₂ plays in base reflectance — sample evaluation before production specification is recommended.

Q: What is the shelf life of edible luster dust in powder form?
A: When stored in sealed packaging in a cool, dry environment away from direct light and humidity, mica-based edible luster dust is typically stable for 2–3 years. Humidity exposure affects powder flowability but not the pigment's optical properties — if clumping occurs, break up the powder before use. Contact us for product-specific stability data.

Q: Can I blend F1105A green with other colors in the same series?
A: Yes — products within the Edible Glitter Series share the same