Leedoar
3D Stereoscopic Sleep Eye Mask, Sleep Magic Memory Sponge Black Shading Breathable Eye Protection
3D Stereoscopic Sleep Eye Mask, Sleep Magic Memory Sponge Black Shading Breathable Eye Protection
Couldn't load pickup availability
• 3D Stereoscopic Design :Experience a whole new dimension of sleep with our 3D stereoscopic eye mask, designed to reduce eye strain and promote deeper sleep.
• Magic Memory Sponge :Equipped with magic memory sponge, this eye mask ensures a comfortable fit and optimal breathability, making it perfect for overnight use.
• Black Shading :The black shading feature of this eye mask effectively blocks light, creating a dark environment that's conducive to sleep.
• Breathable Material :Crafted from breathable material, this eye mask allows for ample air circulation, preventing eye discomfort and ensuring a restful sleep.
• Eye Protection :This eye patch serves as a protective barrier for your eyes, safeguarding them from potential damage while you sleep.
• Origin : Mainland China
product information
features:
3D stereo blackout eye mask gives you a different eye experience.3D three-dimensional anti-leakage light to help you sleep at ease Large mask design, fit the face, prevent light leakage.3D stereoscopic design does not pressure the eye more blackout stereoscopic forming, fits different faces to meet your blackout needs.Shading frontal wing edge curved design anti-light side leakage eye protruding convex design eye non-pressure circular clipping edge curved design anti-light side leakage High elastic elastic band nose convex length High elastic elastic band to meet the requirements of different head circumference nose length, wider shading range fit face shape to prevent light leakage.
specification:
Product name: 3D stereo eye mask
Weight :0.019kg
Size :13.9*8.5*2.9cm
Color: black
Material: Terylene
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.
