Oversized Square Eyewear Retro Womens Light Bloking Metal Frame Glasses

• Ultralight Design :These glasses are designed to be ultralight, making them comfortable for all-day wear. They're perfect for those who need vision correction but don't want to compromise on style or comfort.

• Unisex Style :With a unisex design, these glasses appeal to both men and women. Their stylish cat eye design makes them a fashionable accessory that can be worn in any setting.

• Clear Lenses :The clear lenses of these glasses provide optimal vision clarity, reducing eye strain and fatigue. They're ideal for computer users, students, or anyone who spends long hours staring at a screen.

• Blue Light Blocking :These glasses feature blue light blocking technology, which helps protect your eyes from harmful blue light emitted from digital devices. This helps reduce eye strain and improve sleep quality.

• Flat Lens :The flat lens design of these glasses ensures a smooth visual experience. It reduces glare and eye strain, making it perfect for driving or outdoor activities.

• Plastic Lens Material :Made with plastic lens material, these glasses are durable and long-lasting. They're designed to withstand daily wear and tear, ensuring you get the most out of your purchase.

Description:

Product category: anti-blue glasses

Material: PC

Lens material: AC

Frame color: black

Specifications:

1. "High quality material" lens made of AC material, clear and bright, comfortable and wear-resistant, durable.

2. [Comfortable nose pads] The surface of the nose pads is smooth, reducing pressure and making more comfortable to wear.

3. "Fashion appearance" simple frame design, anti-blue glasses, with texture.

4. [Quality Details] Delicate mirror shaft link, non-slip temple decoration.

5. [Multiple Colors] Multiple attributes are optional.

Package Included:

1 * glasses

Notes:

Due to different color differences in the display, please refer to the actual product color.

Product sizes are measured manually, there are certain errors, please refer to the actual object.