Product description
For an understated and sleek look, choose Hudson eyeglasses. The Hudson H9P cartels lens security, stylishness, and comfort to make an oval full rim silhouette safety glass that is sure to catch attention. These glasses have a metallic frame and are compatible with all kinds of progressive lenses. They come equipped with removable side shields that block out any type of material from entering the eyes, be it dust, dirt, irritants in the air, or any flying debris. The rubber nose pads and bent temples provide an ultra-durable, ultra-comfortable non-slip experience. The safety glasses conform to ANSI Z87.2 high mass and high-velocity impact resistance safety standards and CSA Z94.3 protection criteria and thus can conform to high resistance and block out any flying material from entering the eyes. You can get them in navy blue, brown, and gunmetal colors. They are available in various sizes. If you are searching for safety glasses with a classic metallic look, Hudson H9P is sure to become your new favorite eyewear.
Product Features
Frame Information
- Gender Unisex
- Rim Full Rim
- Material Plastic
- Style Sport
- Age Adult
- Manufacturer Hudson
- Temple Standard
- Shape Wrap
- Eye Size 52, 56
- Frame Size L
FRAME MEASUREMENTS
To ensure your frames fit perfectly, you first have to determine which size frames are best for you. The best place to start is with the measurements on a pair you already own. You know those little numbers on the inside of its temple? That's what you're looking for. The frame measurements appear in the following order: lens width, bridge width, and temple length.
Frame Width
To find frame width, measure the front of the frame from screw to screw
Temple Length
Temple length is the measurement in millimeters of the ‘arms' of the frame. This measurement does not vary as much as the others, with 135mm, 140mm, 145mm, and 150mm being the most common options.
Lens Height and Width
Lens height is the distance from the top of a lens to the bottom. Lens Width is the distance from the left side of a lens to the right side.
