Professional eyelash extension pads are crafted from soft, skin-friendly nonwoven fabric and feature a medical-grade adhesive that provides gentle yet secure adhesion. Each roll contains 10 pieces of pre-cut pads, designed for single-use application to maintain hygiene standards in salon environments. The pads function as a protective barrier, isolating lower lashes and under-eye skin from adhesive and extensions during lash application procedures.

The adhesive formulation is hypoallergenic and latex-free, minimizing the risk of skin irritation even for clients with sensitive skin. The backing is engineered to be breathable, allowing the skin to remain comfortable during extended wear. The pads are thin enough to not obstruct vision or create discomfort, yet strong enough to stay in place without lifting or shifting during the lash service.

These pads are suitable for use in professional makeup salons, beauty studios, and for personal at-home lash extensions. They can also be repurposed as brow covers to protect eyebrow makeup or as under-eye shields for facial treatments. The natural skin-tone color blends discreetly, avoiding distraction during the procedure.

Each roll measures approximately 5 meters in length and 2.5 centimeters in width, offering ample material for multiple applications. The compact roll design facilitates easy storage and dispensing. The pads are pre-cut with a slight curve to conform naturally to the lower lash line, enhancing fit and comfort.

The material is latex-free and non-woven, ensuring that no fibers are left behind on the skin or lashes. These pads do not contain fragrances or additives, reducing the potential for allergic reactions. They are designed for single use to uphold sanitation standards and avoid cross-contamination between clients.

Price-competitive packaging of 10 rolls provides a cost-effective solution for high-volume salon operations or individuals seeking value without compromising on quality. The product meets standard professional requirements for lash extension isolation.