Matte carbon strip

The matte carbon strip range covers both uses: automotive exterior wraps and beauty‑care products. For cars, a black carbon fiber vinyl wrap texture provides a self‑adhesive, 3D look with a 200 cm by 60 cm sheet, suitable for large surface areas. For skincare, carbon nose strips and pore strips offer cleansing benefits. This mix lets shoppers choose based on whether they want to customize a vehicle’s appearance or treat facial pores.

The automotive option is a black carbon fiber vinyl wrap with a textured 3D look and self‑adhesive backing. It comes as a roll sized at 200 cm by 60 cm and is marketed for universal fit on exterior surfaces. The texture and color are designed to imitate carbon fiber, giving a sophisticated finish to compatible vehicles or other smooth exterior surfaces when applied correctly.

For skincare nose strips, apply to a clean, dry nose area, leave on until it dries hard, then peel off slowly and carefully to remove impurities. These carbon‑infused strips are intended for deep cleansing of pores and can help leave skin feeling smoother. Use as directed and avoid applying to irritated or broken skin to minimize discomfort.

The vinyl wrap is marketed for exterior accessories with a universal fit, suggesting it can be considered for other smooth, flat surfaces beyond cars. However, it is primarily intended for vehicle exterior use, so apply with care to ensure proper adhesion on non‑auto surfaces and avoid areas where the material may not stick well.

The available automotive sheet comes in a roll measuring 200 cm in length and 60 cm in width, providing a wide sheet to cover larger panels or multiple smaller applications. This size allows you to tailor coverage to your specific exterior surface area while maintaining the carbon fiber aesthetic.

Nose strips are designed for single‑use applications. After removing the strip, discard it and apply a fresh one as part of your skincare routine. This ensures the adhesive remains effective and reduces the risk of residue or reduced performance on subsequent applications.