The Crystal Bio Custom Shaped Pads are premium primary skincare delivery components, manufactured in Vietnam from 100% natural bacterial cellulose and coated with hyaluronic acid for enhanced hydration performance. Using a proprietary process, the base bio-cellulose—produced via coconut water fermentation—forms a 3-D nano-fiber network with a thickness of 0.3–0.4 mm and a weight of 8–15 g, delivering exceptional serum retention and skin adhesion. The hyaluronic acid coating, derived from bacterial fermentation, boosts the material’s moisturizing capacity and supports deeper penetration of active ingredients. These pads can be precision-cut into custom shapes, making them ideal for targeted applications including under-eye pads, cheek patches, nose strips, neck masks, or specialty treatment areas.

Finish options for Crystal Bio Custom Shaped Pads include the naturally translucent, slightly bluish hue of the coated cellulose or light custom tints to align with brand presentation. The nano-fiber network combined with hyaluronic acid provides superior adhesion, exceptional softness, and a cooling sensation on contact. Pads maintain their integrity when saturated, enabling reliable performance in professional spa and high-end consumer skincare products. These components are classified as flexible mask sheet substrates within the premium targeted skincare category.

Crystal Bio Custom Shaped Pads are designed for advanced targeted skincare treatments where maximum hydration, comfort, and ingredient delivery efficiency are essential. The bacterial cellulose base is biodegradable, hypoallergenic, and free from lignin, pectin, and hemicellulose, while the hyaluronic acid coating significantly enhances skin moisture levels. Compared to conventional non-woven or hydrogel pads, Crystal Bio pads deliver superior moisturizing effects, improved adhesion, and optimized absorption of active compounds. Custom shapes, branded sachet packaging, and tailored production runs are available with lead times based on order specifications.