Nagaraku Individual Eyelash Extensions 0.10D 9mm Charcoal Black

$16
In stock — ready to ship

Overview

Nagaraku individual eyelash extensions in 0.10D thickness and 9mm length are designed for professional lash application. Each lash is crafted from matte monofilament fiber in a charcoal black shade, offering a natural yet defined look. These lashes are supplied in a plastic case for convenient storage and handling during salon use.

The D curl provides a pronounced lift, while the 0.10mm thickness is approximately 15–20% finer than standard Korean brand lashes, requiring careful handling for optimal placement. The product is manufactured in China and distributed by the official Russian representative of Nagaraku, with certification confirming material compliance.

Why You'll Like It

  • Matte monofilament fiber for a soft, natural finish without shine
  • Charcoal black color blends seamlessly with natural lashes
  • D curl delivers a lifted, expressive eye shape
  • 0.10mm thickness offers a fine, lightweight feel
  • Supplied in a protective plastic case for hygiene and organization

Who It's For

  • Lash technicians seeking high-quality individual extensions
  • Salons looking for reliable, certified lash supplies
  • Artists working with fine-volume or classic application techniques
  • Buyers who prioritize material consistency and brand authenticity

Package Details

  • One plastic case per unit
  • Single length (9mm) per palette
  • Thickness: 0.10mm (equivalent to ~0.08mm in some competing brands)
  • Color: Charcoal Black
  • Fiber type: Matte monofilament

Common Questions

What is the curl type?

The lash has a D curl, which provides a strong lift and is suitable for clients seeking a dramatic, open-eyed effect.

Is this product certified?

Yes, the materials come with a certificate of conformity, and the distributor is the official representative of Nagaraku in Russia.

How does the thickness compare to other brands?

The 0.10mm thickness is approximately 15–20% finer than many Korean brand lashes, which may affect application technique and retention.