Beauty Moisturizing Whitening Face Mask with Tourmaline Ion Light Wave Technology

This facial mask incorporates tourmaline polycrystalline composite wafer technology to target facial acupoints and support skin vitality. It is designed for individuals seeking to address dullness, uneven tone, and loss of firmness through a non-invasive approach. The mask aims to promote blood circulation and help remove oxidised free radicals, supporting a more refreshed complexion. It also works to revitalise basal cells and deep-sleep cells, strengthening elastic fibres and smoothing flat wrinkles. By accelerating facial blood flow, it helps exclude shock necrotic cells from the body. The tourmaline wafer releases natural negative ions that penetrate to a depth of 9 mm, assisting in diluting pigment deposition and enhancing cell vitality. This combination supports freckle reduction, skin firming, and a rejuvenated appearance.

Features and Construction

The mask is built around a tourmaline polycrystalline composite wafer, a material selected from the Shanghai Geological Museum. This wafer is made using nano-superfine technology to create a composite crystal piece that enables bio-ion light wave penetration.

Material and Build

The core component is a tourmaline polycrystalline composite wafer, produced from natural gemstone tourmaline. This wafer is engineered at a nano-superfine scale to form a composite crystal piece. The material is designed to act on facial acupoints and deliver the unique penetration and activation force of bio-ion light wave technology. The construction focuses on enabling the wafer to produce high-frequency micro-spoke vibrations at acupuncture points.

Size and Practical Fit

The mask is designed to fit the face and target acupoints effectively. The tourmaline wafer can penetrate the skin to a depth of 9 mm, allowing it to act on deeper layers. This penetration depth is a key specification, supporting the delivery of negative ions and vibrations to the intended areas. The mask's practical fit ensures the wafer contacts facial acupoints during use.

Uses and Placement

This mask is suitable for both professional skincare settings and regular home use, offering a targeted approach to facial rejuvenation. It can be incorporated into a routine focused on firming, brightening, and revitalising the skin.

Event or Professional Use

In professional settings, the mask can be used as part of facial treatments aimed at improving skin tone and firmness. Its tourmaline technology supports blood circulation and cell vitality, making it a tool for addressing dullness and loss of elasticity. The mask's ability to penetrate to 9 mm allows for deep action during treatments.

Everyday Home Use

For home use, the mask provides a convenient way to support skin health. Regular application can help promote microvascular blood circulation and dilute pigment deposition. It is designed to be used on clean skin, with the wafer contacting acupoints to deliver vibrations and negative ions. This supports freckle reduction and skin rejuvenation over time.

Benefits and Buying Value

The mask offers a combination of tourmaline technology and practical skincare benefits, focusing on revitalisation and maintenance. It is designed for reuse and requires minimal care.

Reuse and Low Maintenance

The tourmaline polycrystalline composite wafer is a durable component that can be used repeatedly. The mask requires simple cleaning and storage in a cool, dry place. Its construction supports long-term use without the need for specialist maintenance, making it a practical addition to a skincare routine.

Why Choose This Product

This mask stands out for its use of tourmaline polycrystalline composite wafer technology, sourced from the Shanghai Geological Museum and made with nano-superfine processes. It targets facial acupoints with bio-ion light wave penetration to 9 mm, releasing negative ions to support skin firming and rejuvenation. The mask addresses multiple concerns, including dullness, pigment deposition, and loss of elasticity, through a non-invasive method.