Clear acrylic nail powder
Clear Acrylic Nail Powder is a laboratory-grade acrylic polymer powder used in professional nail enhancement systems to create durable, transparent overlays and sculpted extensions. It provides reliable mechanical strength, controlled viscosity during application, and a crystal-clear finish suitable for high-precision cosmetic nail work.
🏭⚗️ Production
Manufactured under controlled laboratory and cosmetic-industry conditions to ensure ultra-fine particle size distribution, high optical clarity, and consistent polymer purity. Each batch is quality-checked for flow characteristics, polymerization behavior, clarity, and absence of particulate or color contamination. Packaged in airtight, moisture-resistant, and light-protected containers to preserve transparency and prevent clumping, yellowing, or premature material degradation during storage and transport.
🔬 Properties
A fine, clear acrylic powder with a mild, characteristic odor. Exhibits stable physical and chemical behavior under standard storage conditions. Maintains transparency, smooth polymerization, and predictable handling when stored in sealed containers away from heat, humidity, and direct sunlight. Non-volatile and generally non-flammable under normal cosmetic-laboratory handling, though sensitive to elevated temperatures and prolonged light exposure.
🧪 Applications
Used as the primary acrylic material for creating transparent nail overlays, sculpted nail extensions, encapsulations, and high-clarity decorative designs in professional nail systems. Provides strong adhesion, predictable curing, and a glass-like finish suitable for both salon and laboratory cosmetic environments. Performs consistently in traditional liquid–powder systems.
⚠️ Safety
May cause mild irritation to skin, eyes, or respiratory tract in powder form before curing. Avoid inhalation of dust, ingestion, and extended exposure. Handle with appropriate PPE such as gloves, dust mask, and eye protection. Store securely in tightly sealed, light-protected containers away from heat sources, oxidizers, and incompatible materials.
