Layered 5D Flower Eyelash Extension

layered 5D flower lash extensions The layered 0.07mm structure creates a multi-dimensional flower effect in LC or LD curl and 8–15mm Mix lengths. Key benefits of layered 5D flower lash extensions Five differently curved fibers in each cluster create visible multi-directional layering A flower-style structure designed for dimensional, textured lash sets 0.07mm Korean PBT fibers balance definition with controlled placement LC and LD curl options support lifted outer-corner mapping 8–15mm Mix lengths support graduated and mixed-length designs Shop 5D Flower Lashes → Explore Wispy Lashes → Professional selection guide Choose this layered 5D flower style when a standard five-fiber flower cluster looks too uniform. The varied curl directions within each cluster create more movement and dimension, making it useful for textured, wispy and lifted lash maps. For broader flower structures, compare the 5D Flower Lashes collection. For airy spacing and spike-led maps, explore Wispy Lashes. Verified product specifications Fiber material: Korean PBT material Thickness: 0.07mm Curl: LC, LD Length: 8–15mm Mix Color: Black Structure: Layered 5D Flower; five fibers with varied curl directions Frequently asked questions What are layered 5D flower lash extensions? They are five-fiber flower clusters in which the fibers are shaped in different curl directions to create a layered, multi-dimensional result. How is this style different from a regular 5D flower lash? A regular 5D flower cluster has a more uniform direction. This layered version varies the curl direction across the five fibers for added movement and texture. What fiber material is used? The lashes are made with Korean PBT material. Which curls are available? This product is offered in LC and LD curl options for lifted mapping. Which lengths are available? The supplied length range is 8–15mm Mix. What lash maps suit layered 5D flower lashes? They work well in dimensional wispy, textured and lifted outer-corner designs where a uniform flower cluster would look too even.