YAS BEAUTY COSMETICS SRL
41179338 - J26/1190/2019
© 2026 Yas Beauty
€24.50
In stock
Polygel (Acrygel) with Sequins and Glitter – HEMA & TPO Free (2-in-1 Construction and Design) This design Polygel is a revolutionary hybrid product that combines the extreme hardness of acrylic with the flexibility and maneuverability of gel, featuring sequins and glitter particles integrated directly into the formula. With a medium-viscosity (dense) texture, it does not run and offers the technician unlimited modeling time. It is the ultimate material for creating encapsulated design extensions (short or extreme lengths), as well as for correcting architecture in the "loading technique," providing a strong, shock-resistant, and 100% safe structure (HEMA & TPO Free). Manual Sequin Encapsulation (Wasted Time): Individually placing sequins and covering them with a clear builder gel takes a long time and often creates air bubbles. This polygel builds the apex/extension and integrates the 3D design in a single movement. Running Design Gel: Unlike fluid glitter gels, this product has a high viscosity. It remains completely stationary on the nail, allowing the technician to work without rushing before polymerization. Fragile Nails or Downward Architecture: Its low flexibility (rigidity) makes it perfect for strong reconstructions, corner repairs, and lifting downward-growing nails (loading technique), withstanding mechanical shocks impeccably. Features: Hybrid Technology: Offers the best of both worlds – the unrivaled strength of acrylic and the toxic-odor-free application specific to gel. Tapping Control: Modeled exclusively with a special solution (Slip Solution), which prevents the product from sticking to the brush and allows for perfect placement. 2-in-1 Versatility: Works excellently with both classic paper forms and reusable tips (Smart Forms / Dual Forms) for an instant "glass/glitter" design. Instructions for Use (Tapping and Encapsulation Technique) To obtain a durable structure and perfect distribution of the sequins, follow this protocol: Adhesion (Mandatory Step): Buff and dust the nail. Apply preparation solutions: Nail Prep and Bonder. After air-drying, apply a very thin, brushed layer of transparent adhesion base (e.g., Liquid Base). Polymerize completely. Dosing the Material: Use a spatula to pick up a bead of polygel with sequins from the tube/jar and place it on the nail or inside the Smart Form tip. Modeling: Moisten a special polygel brush in Slip Solution (dab the excess liquid on a wipe). Model the material using light pressing and tapping motions. The liquid helps the brush glide smoothly over the sequins without pulling the product. Polymerization: Place the hand in the lamp to cure the construction. Finishing: Degrease the dispersion layer and file the final shape. Technical Tip for Professionals (Protecting Sequins during Filing): When modeling the polygel on the nail, use the "belly" of the brush moistened in Slip Solution to smooth the surface very well and gently push the larger sequins into the material. A well-leveled surface from the brush will require minimal subsequent filing, thus avoiding the unsightly cutting of surface sequins with the electric drill. Technical Specifications: Product Type: Design Polygel / Acrygel (Sequins and Glitter) Available Weight: 15 g / 30 g Viscosity: High / Medium-Viscosity (Does not run) Flexibility: Low (Rigid and strong structure) Recommended Techniques: Encapsulation, Extensions, Loading Technique, Smart Forms Polymerization Time: LED Lamp: 90 seconds UV Lamp: 90 - 120 seconds Ingredients (INCI): This advanced formula is completely safe, formulated without the most known irritants (HEMA Free & TPO Free). It uses the safer photoinitiator Ethyl Trimethylbenzoyl Phenylphosphinate as an alternative, guaranteeing perfect polymerization of the acrylic polymers, even in the presence of sequins that may partially block UV/LED light. INGREDIENTS: Acrylates Copolymer, Polyacrylic Acid, Hydroxypropyl Methacrylate, Ethyl Trimethylbenzoyl Phenylphosphinate, Silica. May Contain: CI 45380, CI 15850, CI 77491, CI 15985.