OP40101 Emerald Green

Nail Polish: 2–20% by weight; Higher loading generally increases effect intensity; ensure stable dispersion.

Gel Polish: 2–20% by weight; Suitable for gel polish, cat-eye, and top-coat systems; viscosity should support pigment suspension.

Chrome Powders: Direct rub-on; Apply over cured no-wipe gel; surface smoothness and base color affect the final effect.

Dip Powders: 5–20% by weight; Adjust loading to balance effect intensity and coating properties.

Acrylic Powders: 0.5–2% by weight; Low loading for adding optical effects to acrylic systems.

Eyeshadow: 10–80% by weight; Suitable for high-impact color and optical effects. Adjust loading according to desired opacity, shimmer intensity, and base formulation. Ensure uniform dispersion for consistent color payoff.

Lipstick & Lip Gloss: 5–10% by weight;
Suitable for shimmer and color-enhancing lip products. Compatible with wax/oil-based systems when properly dispersed. Conduct compatibility testing with the complete formulation.

Blusher, Foundation & CC Cream: 2–10% by weight; Used for subtle optical enhancement, glow effects, and color refinement. Lower loading levels are typically recommended for natural makeup finishes.

Makeup Powder & Face Color Products: 5–10% by weight; Suitable for pressed powders, loose powders, and decorative makeup formulations. Optimize particle distribution to achieve smooth application and uniform appearance

Eyebrow Pencil & Eyeshadow Pen: 2–15% by weight; Suitable for pencil and stick-type cosmetic systems. Requires good pigment wetting and dispersion for consistent visual effects.

Face Cream, Cold Cream & Body Cream: 1–5% by weight; Suitable for cream-based cosmetic products requiring subtle pearlescent or optical effects. Stability depends on emulsion structure and particle suspension.

Body Lotion: 1–5% by weight; Used for decorative shimmer and visual enhancement in lotion systems. Maintain stable suspension during storage.

Shampoo & Hair Care Products: 0.1–2% by weight; Used for low-level shimmer effects in rinse-off products. Requires proper suspension control to minimize settling.

Hair Spray & Fragrance Products: 0.1–10% by weight; Applicable for visual enhancement where suspended optical effects are desired. Evaluate transparency, stability, and spray system compatibility.

Soap (Melt & Pour / Glycerin Soap): 1–5% by weight; Suitable for decorative optical effects in solid soap systems. Maintain uniform dispersion during cooling and solidification.

Peelable Automotive Coatings: 5–25 g per gallon; Compatible with removable coating systems. Optical pigments can be incorporated into the basecoat or topcoat, depending on the coating system and desired effect. Dark base colors can enhance depth and color travel effects.

Permanent Automotive Coatings: 5–25 g per gallon for optical pigments; Suitable for basecoat, midcoat/intercoat clear, or clearcoat systems. Optical effect strength depends on pigment loading, layer thickness, and base color; ensure thorough dispersion for uniform appearance.

Epoxy Resin Casting: 0.2–1% by weight; Suitable for coasters, jewelry, molds, and deep-pour casting systems using optical pigments. Transparent resin systems enhance color travel and depth; ensure thorough mixing to avoid settling during curing.

Acrylic Pouring: 0.5–3% by weight; Suitable for fluid art, canvas pouring, and abstract decorative finishes. Fine particle optical pigments improve flow behavior and visual separation; dark backgrounds enhance color travel effects.

Masterbatch: 10–30% by weight; Suitable for concentrated color masterbatch systems and compound production. Requires uniform dispersion during extrusion; final loading depends on resin system and target optical effect.

Plastic Resins: 0.2–0.5% by weight; Suitable for injection molding, casting, and engineering plastic systems. Low loading is typically sufficient for optical effect development; heat stability should be validated before production.

Plastic Films: 5–10% by weight; Suitable for decorative films, vinyl wraps, and flexible plastic systems. Works best in thin-film applications with controlled dispersion; particle size directly affects surface smoothness.

Plastic Bottles: 1–2% by weight; Suitable for transparent and colored bottle systems. Low loading maintains clarity while introducing optical effects; compatibility with base resin should be tested prior to scale-up.

Glass: 1–10% by weight; Suitable for decorative glass and specialty coating systems. Transparent substrates enhance reflectivity and color travel effects; adhesion and curing compatibility should be verified.

Flexographic Inks: 15–25% by weight; Suitable for packaging films, labels, and flexible substrates. Fine particle optical pigments are recommended for stable print consistency and uniform color development.

Offset Printing Ink: 5–10% by weight: Suitable for paper-based decorative and specialty printing applications. Lower loading maintains ink flow and printability; compatibility with binder systems should be validated.

Screen Printing Inks: 10–30% by weight; Suitable for graphics, textiles, and specialty decorative prints. Particle size should match mesh count to ensure stable transfer and uniform optical effect.

Textile Printing Inks & Pastes: 5–10% by weight; Suitable for fabric printing and fashion applications. Requires stable dispersion systems and should be tested for wash durability and binder compatibility.

Gravure Inks: 5–15% by weight; Suitable for high-quality packaging, labels, and decorative film printing. Fine optical pigments improve flow behavior and print uniformity; monitor stability during long production runs.