FLASH Soft
FLASH Soft – reflective sparkle for eye-catching Nail Art effects
FLASH Soft introduces a striking light-reflective effect into nail design that changes with every movement of the hand. The combination of fine glitter particles and hexagon elements creates vivid reflections that appear almost mirror-like under direct light, giving the manicure a dynamic visual impact.
Thanks to the balanced mix of particle sizes, the decoration achieves depth without looking heavy or uneven. The nail surface remains visually clean while the reflective elements create an elegant yet noticeable effect.
FLASH Soft is ideal for Nail Art designs that need to stand out while still allowing efficient work in the salon. Even a small amount of product is enough to create a bright and expressive light effect on the nails.
Recommended use
FLASH Soft glitter can be sprinkled into the inhibition layer of gel, embedded into gel or acrylic, or carefully placed on the nail surface using a brush. The mix of hexagon particles and fine glitter allows both subtle sparkling accents and more expressive Nail Art designs with strong reflective highlights.
For the most visible reflective effect, apply the glitter on a darker base color. The contrast enhances the light reflections and adds more visual depth to the final design.
Why choose FLASH Soft
FLASH Soft combines fine glitter and hexagon particles to create reflective light effects with strong visual impact. Its easy application and expressive result make it a valuable addition to creative Nail Art decoration.
Part of the system
FLASH Soft can be easily combined with products from the DENATO system. The glitter is compatible with UV/LED gels, gel polishes and other nail modelling materials, allowing nail technicians to create a wide range of Nail Art techniques with consistent results.
Recommended finish
To protect the decoration and enhance the shine, always seal the design with a high-quality top coat. This smooths the surface, intensifies the reflections and ensures long-lasting manicure durability.




