Description
Superior Korean PBT Fiber
Experience the supreme, weightless quality of our Korean Lash Box. We craft these premium extensions using state-of-the-art Korean PBT fiber, which is globally recognized for its exceptional characteristics. Consequently, these lashes deliver an intense matte black color that creates a deep, flawless, non-reflective lash line. The precise 0.05 thickness is the perfect foundation for professional classic application or for building lightweight volume fans. In addition, the consistent D curl provides maximum visual lift, making this lash box a versatile and essential stock item for any technician. This material is designed to minimize the risk of damage to the client’s natural lashes.
Technical Excellence and Application Advantages
Korean PBT fiber provides superior flexibility and retention compared to other synthetic fibers. Furthermore, every lash strip is foil-backed. This feature prevents residue buildup on your tiles. It also ensures clean, easy removal of the strip for efficient workstation organization. The uniform nature of the 0.05 diameter allows the artist to safely create up to a 4D light volume fan. Therefore, you achieve maximum density while expertly safeguarding the health of the client’s natural lash. The deep matte finish actively absorbs light, giving the visual illusion of a thicker lash line without adding any actual weight. Moreover, the perfectly defined D curl dramatically opens the eye, making this lash box a trusted staple for diverse eye shapes.
Frequently Asked Questions
Q What makes Korean lashes premium compared to standard faux mink?
A Korean PBT fiber is lighter, softer, and holds its curl better than standard synthetic lashes. Thus, it minimizes the strain on natural lashes while maximizing client comfort and long-term wearability.
Q What adhesive works best with the 0.05 diameter?
A Because of their lightweight nature, pair these 0.05 extensions with a rapid-setting, medium-viscosity Professional Lash Adhesive. This combination ensures the fastest possible cure and strongest bond for optimal retention.







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