Introducing the Bclear Unisex Rimless Square Titanium Eyeglasses My9912, a fashionable eyewear accessory that combines style, comfort, and durability. Crafted with high-quality titanium, these rimless square eyeglasses are designed to provide a lightweight and comfortable fit, making them perfect for all-day wear.

With a lens width of 56mm, these eyeglasses offer ample coverage while also allowing for customizable shapes to suit your personal preference. The frame width measures 138mm, ensuring a snug and secure fit, while the frame height is set at 35mm, adding a touch of elegance to your overall look.

Designed in Mainland China by BCLEAR, a trusted brand known for its commitment to quality and style, these eyeglasses are a testament to their expertise in the eyewear industry. These frames have also been certified by CE, ensuring they meet the highest standards of safety and quality.

The Bclear Unisex Rimless Square Titanium Eyeglasses My9912 are suitable for both men and women, offering versatility and style for any fashion-forward individual. The solid pattern design adds a touch of sophistication, making these eyeglasses suitable for both formal and casual occasions.

Key Features and Benefits:

• High-quality titanium frame for durability and comfort
• Rimless square design for a modern and minimalist look

Not only do these eyeglasses offer style and comfort, but they also prioritize functionality. The frames come with demo lens shapes, allowing you to choose your preferred lens shape when purchasing prescription lenses. This customization option ensures a perfect fit for your unique vision needs.

Invest in the Bclear Unisex Rimless Square Titanium Eyeglasses My9912 and experience the perfect blend of fashion, functionality, and comfort. Elevate your eyewear collection with these sleek and stylish frames that are sure to turn heads wherever you go.

Upgrade your eyewear game with the Bclear Unisex Rimless Square Titanium Eyeglasses My9912. Shop now and experience the perfect blend of style, quality, and functionality.