Slowianka Short Paper Forms – 500pcs Roll

Slowianka Short Paper Forms – 500pcs roll

Short Slowianka Paper Forms – 500 Rolls are professional nail extension templates designed for shorter salon styles. Their stable construction, strong adhesive, and clear guide lines allow for quick and precise nail extensions with gel or acrylic gel. The beige surface facilitates control over the material, and the form on the roll allows for quick removal of subsequent forms, significantly streamlining the stylist’s workflow.

Product description

Short Slowianka Paper Forms on a roll, 500 pieces, are professional nail extension templates designed for stylists working at the fast pace of a salon. Thanks to their carefully designed structure, they allow for precise construction of shorter styles while maintaining the correct nail architecture. The Short profile was developed for natural-length styles, such as short almond, oval, or classic square. The form allows for precise control of the nail’s lateral line and direction of extension, facilitating the creation of symmetrical designs. The templates are made of a material with an optimal balance between flexibility and stiffness. This allows them to adapt well to the natural nail plate while maintaining their shape while working with the builder. The reinforced adhesive ensures stable adhesion of the form to the skin, allowing the form to remain in the correct position throughout the entire process. The form does not shift during product application or curing in the lamp. The beige color of the form makes it easy to see the material being used, regardless of whether a light, dark, or transparent product is being used. Double length markings and guide lines help control symmetry and length of the design. The top of the form is pre-cut, speeding up preparation. The forms are placed on a roll containing 500 pieces, allowing for quick and easy tearing off of subsequent forms during styling. Short Slowianka paper forms are a practical tool for stylists who require comfortable work, form stability, and precise control of the nail architecture.